mhurhangee/patent-ind-claim-en huggingface dataset:
A gas burner assembly for a cooktop , comprising: a spreader defining a top and an underside and including a stem extending from the underside to a depth and having a first diameter , wherein the stem defines an opening to the top of the spreader ; and an orifice holder having a body defining inner wall portions receiving a portion of the stem therebetween, wherein the body is further defined by an upper portion , which is in fluid communication with the spreader , and a lower portion , whereby an airflow path is directed into the body of the orifice holder through the upper portion and down towards the lower portion of the body , and further wherein the inner wall portions define a plurality of grooves and the stem defines projections that are disposed within respective ones of the grooves , characterized in that the body further defines at least one cup outwardly extending from the inner wall portions in fluid communication with the opening in the stem between the inner wall portions . a spreader defining a top and an underside and including a stem extending from the underside to a depth and having a first diameter , wherein the stem defines an opening to the top of the spreader ; and an orifice holder having a body defining inner wall portions receiving a portion of the stem therebetween, wherein the body is further defined by an upper portion , which is in fluid communication with the spreader , and a lower portion , whereby an airflow path is directed into the body of the orifice holder through the upper portion and down towards the lower portion of the body , and further wherein the inner wall portions define a plurality of grooves and the stem defines projections that are disposed within respective ones of the grooves , characterized in that the body further defines at least one cup outwardly extending from the inner wall portions in fluid communication with the opening in the stem between the inner wall portions .
Underground distribution system for the distribution of goods in an urban environment, comprising: - at least one micro-tunnel in which goods, the transportation of which is automated, circulate unidirectionally, - a plurality of exchange stations exchanging with the surface, each comprising a shaft allowing goods to be lowered down to the micro-tunnel and raised back up after they have been transported within the micro-tunnel, characterized in that the micro-tunnel forms at least one loop , and in that it extends under the foundations of pre-existing surface buildings (B) and/or infrastructures (I) at a depth of at least 5 m. - at least one micro-tunnel in which goods, the transportation of which is automated, circulate unidirectionally, - a plurality of exchange stations exchanging with the surface, each comprising a shaft allowing goods to be lowered down to the micro-tunnel and raised back up after they have been transported within the micro-tunnel,
A Moloney Murine Leukemia Virus (M-MLV) reverse transcriptase having increased thermal stability as compared to wild type M-MLV reverse transcriptase, characterized in that it comprises the mutation alanine to cysteine at the amino acid position 154 of the SEQ ID NO: 1 (A154C) and the mutation aspartic acid to cysteine at the amino acid position 224 of the SEQ ID NO: 1 (D224C), wherein a disulfide bond is formed between the thiol groups of the two cysteine amino acids at the amino acid positions 154 and 224.
A gateway for transforming a description of an industrial process equipment into a semantically enriched and graph-based data information model for automation purposes within an industrial environment supporting an open industry standard such as OPC UA, the gateway (GW) including: - a parsing module (PRS) for parsing information entities in the description (FDD) of the industrial process equipment by a field communication protocol and for transforming the parsed information entities into Datalog declarative logic facts and asserting the Datalog declarative logic facts within a deductive database; - a knowledge engine (KNB) being embodied as a Datalog Engine (DLE) and being embodied to use a mapping knowledge base (MKN) for applying mapping rules to said Datalog declarative logic facts, whereby said mapping rules are structured in a hierarchical fashion so as to utilize a re-usability of rules, and whereby said Datalog declarative logic facts are deductively mapped onto the graph-based data information model; and - an interface module for accessing the graph-based data in-formation model. - a parsing module (PRS) for parsing information entities in the description (FDD) of the industrial process equipment by a field communication protocol and for transforming the parsed information entities into Datalog declarative logic facts and asserting the Datalog declarative logic facts within a deductive database; - a knowledge engine (KNB) being embodied as a Datalog Engine (DLE) and being embodied to use a mapping knowledge base (MKN) for applying mapping rules to said Datalog declarative logic facts, whereby said mapping rules are structured in a hierarchical fashion so as to utilize a re-usability of rules, and whereby said Datalog declarative logic facts are deductively mapped onto the graph-based data information model; and - an interface module for accessing the graph-based data in-formation model.
An induction heating arrangement comprising: - a support plate , - at least one first induction coil arranged at a first level with respect to the support plate - at least one second induction coil arranged at a second level with respect to the support plate , - the second induction coil partially overlapping with the first induction coil in an overlapping region (3, 1511, 1512, 1513 1514), - wherein outside of the overlapping region (3, 1511 to 1514) the first induction coil and the second induction coil are each provided with several respective guiding elements (11 to 17, 25 to 29, 1110 to 1114, 1210 to 1214, 1310 to 1314, 1410 to 1414) for guiding magnetic flux of the respective induction coil, characterized in that - within the overlapping region (3, 1511 to 1514) at least two further guiding elements for guiding the magnetic flux of the first induction coil and/or the second induction coil are arranged at a distance (d,D) from each other, - at least a first one of the further guiding elements being spaced apart from an axis (A), which axis (A) runs in a radial direction of the first induction coil from a centre (C1) of the first induction coil and in a radial direction of the second induction coil to a centre (C2) of the second induction coil , and being oriented or arranged parallel to or inclined to said axis (A). - a support plate , - at least one first induction coil arranged at a first level with respect to the support plate - at least one second induction coil arranged at a second level with respect to the support plate , - the second induction coil partially overlapping with the first induction coil in an overlapping region (3, 1511, 1512, 1513 1514), - wherein outside of the overlapping region (3, 1511 to 1514) the first induction coil and the second induction coil are each provided with several respective guiding elements (11 to 17, 25 to 29, 1110 to 1114, 1210 to 1214, 1310 to 1314, 1410 to 1414) for guiding magnetic flux of the respective induction coil, characterized in that - within the overlapping region (3, 1511 to 1514) at least two further guiding elements for guiding the magnetic flux of the first induction coil and/or the second induction coil are arranged at a distance (d,D) from each other, - at least a first one of the further guiding elements being spaced apart from an axis (A), which axis (A) runs in a radial direction of the first induction coil from a centre (C1) of the first induction coil and in a radial direction of the second induction coil to a centre (C2) of the second induction coil , and being oriented or arranged parallel to or inclined to said axis (A).
A helmet comprising: a helmet body comprising an outer shell and an energy management layer inside the outer shell , the outer shell comprising a vent opening through the outer shell and the energy management layer ; and a bezel separate from the outer shell and coupled to the helmet body at the vent opening wherein the bezel is in-molded into the energy management layer , characterised in that the bezel encircles the vent opening and has a hardware opening extending through the bezel and an anchor opening in the bezel adjacent the hardware opening ..
A positive electrode active material comprising a lithium-rich lithium manganese-based oxide, wherein the lithium-rich lithium manganese-based oxide is represented by the following chemical formula , Li 1+a Ni x Co y Mn z M v O 2-b A b wherein, 0<a≤0.2, 0<x≤0.4, 0<y≤0.4, 0.5≤z≤0.9, 0≤v≤0.2, a+x+y+z+v=1, and 0≤b≤0.5; M is one or more elements selected from the group consisting of Al, Zr, Zn, Ti, Mg, Ga, In, Ru, Nb, and Sn; and A is one or more elements selected from the group consisting of P, N, F, S and Cl; wherein a lithium tungsten compound (i), or the lithium tungsten compound (i) and a tungsten compound (ii), are formed in the vicinity of the surface of the lithium-rich lithium manganese-based oxide, the lithium tungsten compound (i) including a composite of the tungsten compound (ii) and lithium, and wherein the lithium tungsten compound (i), or the lithium tungsten compound (i) and the tungsten compound (ii), are contained in an amount of 0.1% to 7% by weight based on the total weight of the positive electrode active material. wherein the lithium-rich lithium manganese-based oxide is represented by the following chemical formula , Li 1+a Ni x Co y Mn z M v O 2-b A b wherein, 0<a≤0.2, 0<x≤0.4, 0<y≤0.4, 0.5≤z≤0.9, 0≤v≤0.2, a+x+y+z+v=1, and 0≤b≤0.5; M is one or more elements selected from the group consisting of Al, Zr, Zn, Ti, Mg, Ga, In, Ru, Nb, and Sn; and A is one or more elements selected from the group consisting of P, N, F, S and Cl; wherein a lithium tungsten compound (i), or the lithium tungsten compound (i) and a tungsten compound (ii), are formed in the vicinity of the surface of the lithium-rich lithium manganese-based oxide, the lithium tungsten compound (i) including a composite of the tungsten compound (ii) and lithium, and wherein the lithium tungsten compound (i), or the lithium tungsten compound (i) and the tungsten compound (ii), are contained in an amount of 0.1% to 7% by weight based on the total weight of the positive electrode active material.
A surface cleaning apparatus for cleaning a surface including: a housing supporting: a suction source ; a dirt separation device having an elongate axis (A) including: a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a passage member for transporting dirt-laden air to the dirt separation device, the passage member having an elongate axis (B); a user graspable handle having an elongate axis (C); a coupling device moveable between a first position in which the coupling device inhibits release of the dirt separation device from the housing and a second position in which the coupling device permits release of the dirt separation device from the housing ; and an actuator member for effecting movement of the coupling device between its first and second positions, wherein the elongate axis (B) of the passage member and the elongate axis (C) of the user graspable handle lie in a plane (P1), and the elongate axis (A) of the dirt separation device intersects the plane (P1), and wherein the actuator includes a user graspable portion positioned on the dirt separation device and includes a user graspable member positioned on the dirt separation device , and wherein the user graspable member and user graspable portion of the actuator member are positioned to permit a user to handle the dirt separation device by grasping both the user graspable member and the actuator member with one hand. a housing supporting: a suction source ; a dirt separation device having an elongate axis (A) including: a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a passage member for transporting dirt-laden air to the dirt separation device, the passage member having an elongate axis (B); a suction source ; a dirt separation device having an elongate axis (A) including: a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a passage member for transporting dirt-laden air to the dirt separation device, the passage member having an elongate axis (B); a user graspable handle having an elongate axis (C); a coupling device moveable between a first position in which the coupling device inhibits release of the dirt separation device from the housing and a second position in which the coupling device permits release of the dirt separation device from the housing ; and an actuator member for effecting movement of the coupling device between its first and second positions,
A breastpump kit comprising: a breastshield for receiving expressed breast milk therethrough; a connector attached to the breastshield and configured for fluid communication with a source of vacuum; a valve in fluid communication with the connector and an atmosphere outside of the breastpump kit; and a container ; wherein the breastshield and connector assembly has a first end with a first opening arranged in the breastshield for receiving at least a part of a woman's breast, a second end with a second opening arranged in the connector and configured to receive a connection to the source of vacuum and a third opening ) arranged at a junction between the first opening and the second opening and extending through a side of the breastshield for connection to the container and a fourth opening arranged between the third opening and the second end , and wherein the expressed breast milk moves along a valve-free flow path from the breastshield and into the container , and does not flow through the valve . a breastshield for receiving expressed breast milk therethrough; a connector attached to the breastshield and configured for fluid communication with a source of vacuum; a valve in fluid communication with the connector and an atmosphere outside of the breastpump kit; and a container ; wherein the breastshield and connector assembly has a first end with a first opening arranged in the breastshield for receiving at least a part of a woman's breast, a second end with a second opening arranged in the connector and configured to receive a connection to the source of vacuum and a third opening ) arranged at a junction between the first opening and the second opening and extending through a side of the breastshield for connection to the container and a fourth opening arranged between the third opening and the second end , and wherein the expressed breast milk moves along a valve-free flow path from the breastshield and into the container , and does not flow through the valve .
Installation box for electrical installations with a. a box body made of a first plastic material with i. a box base which merges into a tubular side wall which extends in the axial direction (z) and surrounds an installation space , ii. an installation opening , which is arranged opposite the box base and is bounded by a radially outwardly projecting edge of the side wall ; b. one or more anchoring elements arranged in the vicinity of the edge , projecting from the outside of the side wall and distributed over the circumference of the side wall for fastening the installation box in a wall opening, wherein the anchoring elements i. consist of the first plastic or additionally comprise a second soft-elastic plastic and ii. are plastically deformable under the effect of force, at least in certain areas; c. at least one seal extending along the side wall for sealing the box body with respect to the wall opening, characterized in that at least one seal is spaced from the edge and the installation box has anchoring elements between the edge and the seal . a. a box body made of a first plastic material with i. a box base which merges into a tubular side wall which extends in the axial direction (z) and surrounds an installation space , ii. an installation opening , which is arranged opposite the box base and is bounded by a radially outwardly projecting edge of the side wall ; i. a box base which merges into a tubular side wall which extends in the axial direction (z) and surrounds an installation space , ii. an installation opening , which is arranged opposite the box base and is bounded by a radially outwardly projecting edge of the side wall ; b. one or more anchoring elements arranged in the vicinity of the edge , projecting from the outside of the side wall and distributed over the circumference of the side wall for fastening the installation box in a wall opening, wherein the anchoring elements i. consist of the first plastic or additionally comprise a second soft-elastic plastic and ii. are plastically deformable under the effect of force, at least in certain areas; i. consist of the first plastic or additionally comprise a second soft-elastic plastic and ii. are plastically deformable under the effect of force, at least in certain areas; c. at least one seal extending along the side wall for sealing the box body with respect to the wall opening, characterized in that at least one seal is spaced from the edge and the installation box has anchoring elements between the edge and the seal .
An additively manufactured build assembly comprising: a first component ; a second component spaced apart from the first component ; and a support structure coupling the first component and the second component to fix the relative position of the first component and the second component ; wherein the support structure defines one or more channels for removal of additive powder or airflow measurement; wherein the first component and the second component each define a plurality of internal passages , wherein the one or more channels of the support structure are fluidly coupled to the internal passages . a first component ; a second component spaced apart from the first component ; and a support structure coupling the first component and the second component to fix the relative position of the first component and the second component ; wherein the support structure defines one or more channels for removal of additive powder or airflow measurement; wherein the first component and the second component each define a plurality of internal passages , wherein the one or more channels of the support structure are fluidly coupled to the internal passages .
An accessory for rotating a probe support , the probe support comprising a first member mounted on a position determining apparatus and a second member rotatably coupled with the first member and configured to support a probe, the accessory including a body ; a first receiving portion configured to receive and engage with a portion of the second member or with a probe supported by said second member ; a mechanical transmission (120, 122, 140,) configured to transform a relative translating motion of the first receiving portion into a relative rotation of the first receiving portion with respect to the body ; wherein the mechanical transmission is configured to transform a translating motion of the first receiving portion along a first axis into a rotation of the first receiving portion around the same first axis or around another axis being parallel to said first axis to rotate the second member with respect to the first member of the probe support when the first receiving portion of the accessory is engaged with said portion of the second member or with the probe and the second member or the probe is moved by the position determining apparatus along the same first axis or along said another axis, by a predetermined stroke. a body ; a first receiving portion configured to receive and engage with a portion of the second member or with a probe supported by said second member ; a mechanical transmission (120, 122, 140,) configured to transform a relative translating motion of the first receiving portion into a relative rotation of the first receiving portion with respect to the body ; wherein the mechanical transmission is configured to transform a translating motion of the first receiving portion along a first axis into a rotation of the first receiving portion around the same first axis or around another axis being parallel to said first axis to rotate the second member with respect to the first member of the probe support when the first receiving portion of the accessory is engaged with said portion of the second member or with the probe and the second member or the probe is moved by the position determining apparatus along the same first axis or along said another axis, by a predetermined stroke.
A drive device for driving an element, comprising - a toothed-belt drive with a toothed belt , - at least one toothed disk (26, 26-1, 26-2) with tooth recesses for taking along teeth of the toothed belt , - a guide track which is nonlinear in at least some sections and in which the element is guided by means of a guiding means , characterized in that - at least one driving member attached to the toothed belt is provided, - the at least one toothed disk (26, 26-1, 26-2) has driving member recesses for taking along the at least one driving member , wherein - the driving member forms a connecting member that can be connected to the element to be driven, - the at least one toothed disk (26, 26-1, 26-2) redirects the toothed belt and thus the driving member in a manner corresponding to the guide track which is nonlinear in some sections. - a toothed-belt drive with a toothed belt , - at least one toothed disk (26, 26-1, 26-2) with tooth recesses for taking along teeth of the toothed belt , - a guide track which is nonlinear in at least some sections and in which the element is guided by means of a guiding means , - at least one driving member attached to the toothed belt is provided, - the at least one toothed disk (26, 26-1, 26-2) has driving member recesses for taking along the at least one driving member , wherein - the driving member forms a connecting member that can be connected to the element to be driven, - the at least one toothed disk (26, 26-1, 26-2) redirects the toothed belt and thus the driving member in a manner corresponding to the guide track which is nonlinear in some sections. - the driving member forms a connecting member that can be connected to the element to be driven, - the at least one toothed disk (26, 26-1, 26-2) redirects the toothed belt and thus the driving member in a manner corresponding to the guide track which is nonlinear in some sections.
Particulate material of the composition Li 1+x TM 1-x O 2 wherein x is in the range of from -0.02 to + 0.05, TM comprises at least 94 mol-% nickel and up to 6 mol-% of at least three metals M 1 selected from Co, Mn, Cu, Mg, Fe, Ga, B, Al, Ce, Sn, Zr, Zn, Nb, Ta, Y, Mo and W, said particulate material being composed of secondary particles that are agglomerates from primary particles, wherein said metals M 1 are enriched at the outer surface of the secondary particles of said particulate material, and wherein said particulate material has an average particle diameter (D50) in the range of from 2 to 20 μm. x is in the range of from -0.02 to + 0.05, TM comprises at least 94 mol-% nickel and up to 6 mol-% of at least three metals M 1 selected from Co, Mn, Cu, Mg, Fe, Ga, B, Al, Ce, Sn, Zr, Zn, Nb, Ta, Y, Mo and W, said particulate material being composed of secondary particles that are agglomerates from primary particles, wherein said metals M 1 are enriched at the outer surface of the secondary particles of said particulate material, and wherein said particulate material has an average particle diameter (D50) in the range of from 2 to 20 μm.