mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a scandium aluminum nitride (ScAIN) target body for pulsed laser deposition, which method comprises the steps of: - providing a scandium aluminum alloy body; - pulverizing the scandium aluminum alloy body into scandium aluminum particles; - nitridizing the scandium aluminum particles into scandium aluminium nitride particles; - hot pressing the scandium aluminum nitride particles into a scandium aluminum nitride target body. - providing a scandium aluminum alloy body; - pulverizing the scandium aluminum alloy body into scandium aluminum particles; - nitridizing the scandium aluminum particles into scandium aluminium nitride particles; - hot pressing the scandium aluminum nitride particles into a scandium aluminum nitride target body.
Non-woven fabric comprising structural fibres and an at least partially fused thermoplastic material, in particular at least partially fused thermoplastic bonding fibres, wherein at least the structural fibres are staple fibres, and wherein the non-woven fabric has a thermally embossed mesh pattern from a multiplicity of intersecting embossed grooves, a multiplicity of embossed elevations being disposed therebetween, wherein - the equivalent diameter of the embossed elevations is less than 50% of the fibre length of the structural fibres; - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed elevations is less than or equal to 4/5; and - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed grooves is 0.5 to 2, characterized in that the proportion of the at least partially fused thermoplastic material is 5% by weight to 30% by weight. - the equivalent diameter of the embossed elevations is less than 50% of the fibre length of the structural fibres; - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed elevations is less than or equal to 4/5; and - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed grooves is 0.5 to 2,
Dowel with a hollow profile shaft for receiving a screw, characterized in that the hollow profile shaft comprises a plastically deformable spreading section comprising wedge shaped cut outs on radially opposite sides of its wall by which a wedge shaped hollow space is opened in the interior of the spreading section which enlarges towards the front end of the dowel in the insertion direction, said dowel further comprising a pulling wedge with a wedge body inserted laterally into the wedge shaped hollow space and lugs formed at the pointed rear end of the pulling wedge and being connected to the wedge body by predetermined breaking points and protruding laterally from the wall of the hollow profile shaft in the inserted state of the pulling wedge.
A supporting base seat, wherein the supporting base seat comprises a first structure member and a second structure member; shapes of the first structure member and the second structure member are symmetrical, and the first structure member is hinged to the second structure member in an axial symmetrical mode; a first hinging portion is arranged on a bottom rear side of the first structure member and a bottom rear side of the second structure member; a second hinging portion is arranged at a top end of the first structure member and a top end of the second structure member, and a maximum hinged included angle is smaller than 180 degrees; the supporting base seat is a triangular cone-shaped frame structure when unfolded; a first clamping hook extends out of a bottom front side of the first structure member, and a second clamping hook extends out of a bottom front side of the second structure member, wherein magnets are respectively arranged on the top ends (12, 22) of the first structure member and the second structure member, wherein the first hinging portion comprises a door pivot, a first lantern ring arranged on the bottom rear side of the first structure member, and a third lantern ring arranged on the bottom rear side of the second structure member; the third lantern ring engages with the first lantern ring, the door pivot extends through the first lantern ring and the third lantern ring, wherein the door pivot is an elastic mechanism to ensure that there is some elasticity when the first structure member and the second structure member are unfolded or folded and that the first structure member and the second structure member are not easily returned to their original positions; the second hinging portion comprises a screw, a second lantern ring arranged on the top end of the first structure member, and a fourth lantern ring arranged on the top end of the second structure member; the fourth lantern ring engages with the second lantern ring, and the screw is in clearance fit with the fourth lantern ring after being connected to threads of the second lantern ring.
A polarization-sensitive optical frequency domain imaging apparatus comprising: at least one first arrangement (10, 20, 22, 30) which is configured to provide at least one first electro-magnetic radiation to a sample and at least one second electromagnetic radiation to a reference, wherein a frequency of radiation provided by the at least one first arrangement varies repetitively over time with a characteristic period; at least one second arrangement which includes (i) an interferometer having two arms (220, 222) which are configured to separate the first electro-magnetic radiation into two respective paths as third and fourth electro-magnetic radiations that have two different polarization states, and (ii) an acousto-optic frequency shifter (250, 252) in each arm, wherein said acousto-optic frequency shifters are configured to induce a continuous phase delay between the third and fourth electro-magnetic radiations and wherein the third and fourth electro-magnetic radiations are combined after passing through the acousto-optic frequency shifters; and at least one third arrangement (180, 190, 192) which is configured to combine the first and second radiations to generate data for imaging at least one portion of the sample as a function of the polarization states. at least one first arrangement (10, 20, 22, 30) which is configured to provide at least one first electro-magnetic radiation to a sample and at least one second electromagnetic radiation to a reference, wherein a frequency of radiation provided by the at least one first arrangement varies repetitively over time with a characteristic period; at least one second arrangement which includes (i) an interferometer having two arms (220, 222) which are configured to separate the first electro-magnetic radiation into two respective paths as third and fourth electro-magnetic radiations that have two different polarization states, and (ii) an acousto-optic frequency shifter (250, 252) in each arm, wherein said acousto-optic frequency shifters are configured to induce a continuous phase delay between the third and fourth electro-magnetic radiations and wherein the third and fourth electro-magnetic radiations are combined after passing through the acousto-optic frequency shifters; and at least one third arrangement (180, 190, 192) which is configured to combine the first and second radiations to generate data for imaging at least one portion of the sample as a function of the polarization states.
An optics cup for holding a sample for use in an optical analysis comprising: a generally rectangular-shaped container adapted to contain the sample, said generally rectangular-shaped container including a pair of side walls (760,761) having a longitudinal axis therebetween, a first end wall, and a second end wall spaced apart from the first end wall, and a floor, said generally rectangular-shaped container having a rectangular opening for receiving the sample and a lower tapered area extending from the first end wall inwardly and downwardly relative to the rectangular opening, wherein the floor is curved and has the shape of an inverted arch extending continuously along the entire length of the floor, and wherein the inverted arch is symmetric about the longitudinal axis, characterized in that the lower tapered area extends downwardly to the curved bottom of the floor, and in that the lower tapered area is reflective in order to reflect an incoming illumination beam to the second end wall. a generally rectangular-shaped container adapted to contain the sample, said generally rectangular-shaped container including a pair of side walls (760,761) having a longitudinal axis therebetween, a first end wall, and a second end wall spaced apart from the first end wall, and a floor, said generally rectangular-shaped container having a rectangular opening for receiving the sample and a lower tapered area extending from the first end wall inwardly and downwardly relative to the rectangular opening, wherein the floor is curved and has the shape of an inverted arch extending continuously along the entire length of the floor, and wherein the inverted arch is symmetric about the longitudinal axis, characterized in that the lower tapered area extends downwardly to the curved bottom of the floor, and in that the lower tapered area is reflective in order to reflect an incoming illumination beam to the second end wall.
A system of refrigerator units and/or freezer units of different widths, in particular a system of built-in refrigerator units and/or freezer units, wherein the appliances have a carcass as well as a coolant circuit, characterized in that parts of the carcass and/or of the coolant circuit are made identically in appliances of different widths; and in that the system includes at least two different sets of appliance side walls for the width compensation, wherein the width compensation is realized by different widths of the side wall lips.
An insulating element, in particular a strip or other insulating part, joined by fusion or welding, characterized in that it is provided on at least one side thereof with a combustible or thermally destructible and electrically conductive element which is combustible or thermally destructible under the conditions of fusion or welding of the insulating element.
An electrochemical cell comprising: a negative electrode; a positive electrode; a separator positioned between the negative electrode and the positive electrode; and a phase change material (114, 124) within the electrochemical cell, characterized in that the phase change material (114, 124) is one of the solid-solid phase change materials (114, 124): 38.2%NPG/61.8%PE, 38.2%NPG/61.8%TAM, 76.4%NPG/33.6%TAM, 76.4%NPG/33.6%PE, 91%NPG/9%PE, 91%NPG/9%TAM, Neopentyl glycol, Diamnopentacrythritol, 2-Amino-2-methyl-1, 3-propanediol, 2-Methyl-2-mtro-1, 3-propanediol, Trumethylolethane, Pentaglycerin, 2-Hydroxymethyl-2-methyl-1, 3-propanediol, Monoaminopentaerythritol, Cross-linked polyethylene. a negative electrode; a positive electrode; a separator positioned between the negative electrode and the positive electrode; and a phase change material (114, 124) within the electrochemical cell,
Method for the preparation of a composite food product, comprising the steps consisting of: - forming a bread-type product by baking a dough, the composition of the dough being such as, after baking, the bread has a Aw (water activity) greater than 0.90 and a moisture content of between 25 and 50%, and cooling said bread product; and - forming a cheese preparation type filling, having an Aw greater than 0.95 and a moisture content of between 40 and 70%, and cooling said filling; characterized in that the method further comprises steps consisting of: - combining the bread and the filling by cold injection of the filling in the bread so as to form a composite food product of between 20 and 70g, the proportion by weight of filling being between 20 and 40%; - cooling the formed composite food product to a temperature below 8°C; - reducing the Aw of the cheese preparation by adding at least one depressant agent of Aw in the filling, and by jointly increasing the Aw of the bread so that the bread and the filling have, in the food product at equilibrium, an Aw of between 0.94 and 0.98 and a moisture content of between 35 and 50%, said food product being directly edible. - forming a bread-type product by baking a dough, the composition of the dough being such as, after baking, the bread has a Aw (water activity) greater than 0.90 and a moisture content of between 25 and 50%, and cooling said bread product; and - forming a cheese preparation type filling, having an Aw greater than 0.95 and a moisture content of between 40 and 70%, and cooling said filling; characterized in that the method further comprises steps consisting of: - combining the bread and the filling by cold injection of the filling in the bread so as to form a composite food product of between 20 and 70g, the proportion by weight of filling being between 20 and 40%; - cooling the formed composite food product to a temperature below 8°C; - reducing the Aw of the cheese preparation by adding at least one depressant agent of Aw in the filling, and by jointly increasing the Aw of the bread so that the bread and the filling have, in the food product at equilibrium, an Aw of between 0.94 and 0.98 and a moisture content of between 35 and 50%, said food product being directly edible.
Connector, in particular a multi-contact connector, comprising: - a casing with a longitudinal axis, comprising a front face, referred to as connection face, which is used for connecting to a connector of complementary type comprising a complementary casing, and a rear face, - a cap for locking the connector to the complementary connector, said cap being mounted on the casing and designed to slide transversely relative to the longitudinal axis of the casing between an unlocking position and a locking position between the casing and complementary casing, - a mechanism for transforming a movement in rotation of the locking cap into a sliding movement, the mechanism comprising an interface part for a tool, the part being mounted so as to rotate freely in a housing of the casing, the connector being characterized in that the interface part is designed to be rotated by the tool about an axis parallel to the longitudinal axis of the casing over an angular travel, which causes the locking cap to slide from its unlocking position to its locking position and vice versa. - a casing with a longitudinal axis, comprising a front face, referred to as connection face, which is used for connecting to a connector of complementary type comprising a complementary casing, and a rear face, - a cap for locking the connector to the complementary connector, said cap being mounted on the casing and designed to slide transversely relative to the longitudinal axis of the casing between an unlocking position and a locking position between the casing and complementary casing, - a mechanism for transforming a movement in rotation of the locking cap into a sliding movement, the mechanism comprising an interface part for a tool, the part being mounted so as to rotate freely in a housing of the casing, the connector being characterized in that the interface part is designed to be rotated by the tool about an axis parallel to the longitudinal axis of the casing over an angular travel, which causes the locking cap to slide from its unlocking position to its locking position and vice versa.
Process for the synthesis of a polymer bearing at least one pendant hydroxyaryl group, which process comprises the reaction of a starting polymer bearing at least one epoxide functional group with a nucleophilic compound simultaneously bearing the hydroxyaryl group and bearing a nucleophilic functional group selected from the group consisting of the phosphonic acid functional group and its ionic form.
A single-use canister suitable for loading into a medical device or other tool, comprising: an elongate body comprising a barrel region defining a first diameter, an enclosed first end, and a neck region extending from the barrel region to an open second end defining an end wall, the elongate body defining a central axis extending between the first end and the second end; and a cap comprising an annular portion including a closed first end and an open second end, a penetrable or separable septum formed in the first end of the cap, and an annular flange extending radially from the second end of the annular portion of the cap, thereby defining a lower surface defining a plane substantially perpendicular to the central axis, the septum comprising a relatively thicker central region and a relatively-thin perimeter at least partially surrounding the central region and configured to tear inwardly to at least partially separate the central region from the cap, the first end of the annular portion of the cap inserted into the open second end of the elongate body such that the annular portion is spaced from an interior surface of the neck region and the septum is disposed within the neck region, the annular flange secured to the end wall of the second end of the elongate body, thereby enclosing a cavity, the cavity filled with pressurized and/or at least partially liquefied gas. an elongate body comprising a barrel region defining a first diameter, an enclosed first end, and a neck region extending from the barrel region to an open second end defining an end wall, the elongate body defining a central axis extending between the first end and the second end; and a cap comprising an annular portion including a closed first end and an open second end, a penetrable or separable septum formed in the first end of the cap, and an annular flange extending radially from the second end of the annular portion of the cap, thereby defining a lower surface defining a plane substantially perpendicular to the central axis, the septum comprising a relatively thicker central region and a relatively-thin perimeter at least partially surrounding the central region and configured to tear inwardly to at least partially separate the central region from the cap, the first end of the annular portion of the cap inserted into the open second end of the elongate body such that the annular portion is spaced from an interior surface of the neck region and the septum is disposed within the neck region, the annular flange secured to the end wall of the second end of the elongate body, thereby enclosing a cavity, the cavity filled with pressurized and/or at least partially liquefied gas.
An apparatus for biomethanation of biomass by combined solid and liquid state anaerobic fermentation, said apparatus comprising: two or more different anaerobic digesters (2, 5), comprising at least a solid state digester and a liquid state digester, the two or more different digesters (2, 5) for generating biogas in solid and liquid (dual) states using mixed solid feeds as substrates; a culture preparation tank / unit for preparing feed from non-digested feed material for said process; a filtration unit / percolation unit for draining excess water from the non-digested feed material; and a manure preparation unit for preparing manure from the non-digested feed material; wherein the solid state digester has an outlet/conduit in communication with the culture preparation tank/unit, wherein solid non digested feed material is collected in said culture preparation unit to produce culture for the biomethanation process, and non-digested feed material from the culture preparation unit is introduced into the solid state methane digester with fresh biomass and is treated for manure preparation. two or more different anaerobic digesters (2, 5), comprising at least a solid state digester and a liquid state digester, the two or more different digesters (2, 5) for generating biogas in solid and liquid (dual) states using mixed solid feeds as substrates; a culture preparation tank / unit for preparing feed from non-digested feed material for said process; a filtration unit / percolation unit for draining excess water from the non-digested feed material; and a manure preparation unit for preparing manure from the non-digested feed material;
An enclosure for a circuit protection system having at least one exhaust duct (322, 324) configured to route exhaust gases out of the circuit protection system, said enclosure comprising: a racking cassette configured to support an arc containment device,; a first barrier coupled to the circuit protection system; a second barrier coupled to the circuit protection system, said first barrier and said second barrier defining an exhaust plenum coupled in flow communication with the at least one exhaust duct (322, 324); and a top wall coupled to said first barrier and said second barrier, a vent extending through said top wall, said vent being coupled in flow communication with said exhaust plenum to route the exhaust gases out of said enclosure; characterized in that the racking cassette being operative to rack the circuit protection system into a first, test mode, position, or into a second, electrically connected, position in which the arc containment device is active, or into a third, electrically disconnected position; when the circuit protection system is racked in the first position or the second position, the at least one exhaust duct (322, 324) is aligned with the exhaust plenum to facilitate routing exhaust gases generated within the arc containment device out of the enclosure, and when the circuit protection system is racked in the third position, the at least one exhaust duct is not aligned with the exhaust plenum. a racking cassette configured to support an arc containment device,; a first barrier coupled to the circuit protection system; a second barrier coupled to the circuit protection system, said first barrier and said second barrier defining an exhaust plenum coupled in flow communication with the at least one exhaust duct (322, 324); and a top wall coupled to said first barrier and said second barrier, a vent extending through said top wall, said vent being coupled in flow communication with said exhaust plenum to route the exhaust gases out of said enclosure; characterized in that the racking cassette being operative to rack the circuit protection system into a first, test mode, position, or into a second, electrically connected, position in which the arc containment device is active, or into a third, electrically disconnected position; when the circuit protection system is racked in the first position or the second position, the at least one exhaust duct (322, 324) is aligned with the exhaust plenum to facilitate routing exhaust gases generated within the arc containment device out of the enclosure, and when the circuit protection system is racked in the third position, the at least one exhaust duct is not aligned with the exhaust plenum.