mhurhangee/patent-ind-claim-en huggingface dataset:
A fluidized bed reaction chamber , comprising: a tubular waterwall structure, the tubular waterwall structure comprising multiple vertically extending tubular waterwalls defining the fluidized bed reaction chamber , the tubular waterwalls comprising a first wall portion that is a portion of a rear wall or a front wall and a second wall portion that is a side wall, wherein: the first wall portion and the second wall portion are horizontally adjacent forming a corner structure and are constituted by vertical tubes interconnected by fins centrally attached to the tubes and having a first width; the fluidized bed reaction chamber characterized in that: (i) the first wall portion has an outermost tube next to the corner structure , an upper portion defining an upper vertical plane in an upper level range (A-A) and a lower portion defining a lower vertical plane in a lower level range (B-B), the lower portion having a refractory lining and each of the tubes of the first wall portion being bent in an intermediate level region between the upper level range (A-A) and the lower level range (B-B) so that the lower vertical plane is shifted outwards from the upper vertical plane , (ii) the second wall portion is vertical and has an outermost tube next to the corner, the tubes of the second wall portion having no thermally insulating refractory lining at the lower level range (B-B), and (iii) the outermost tube of the second wall portion is in the lower level range (B-B) connected to the outermost tube of the first wall portion by a planar lower beveled corner fin having a refractory lining and a width that is larger than the first width. (i) the first wall portion has an outermost tube next to the corner structure , an upper portion defining an upper vertical plane in an upper level range (A-A) and a lower portion defining a lower vertical plane in a lower level range (B-B), the lower portion having a refractory lining and each of the tubes of the first wall portion being bent in an intermediate level region between the upper level range (A-A) and the lower level range (B-B) so that the lower vertical plane is shifted outwards from the upper vertical plane , (ii) the second wall portion is vertical and has an outermost tube next to the corner, the tubes of the second wall portion having no thermally insulating refractory lining at the lower level range (B-B), and (iii) the outermost tube of the second wall portion is in the lower level range (B-B) connected to the outermost tube of the first wall portion by a planar lower beveled corner fin having a refractory lining and a width that is larger than the first width.
A heat-shrinkable textile sleeve for routing and protecting elongate members , comprising: a circumferentially closed, tubular elongate wall extending lengthwise along a central axis between opposite ends , said wall being woven with warp yarns extending generally parallel to said central axis and at least one heat-shrinkable weft yarn extending generally transversely to said warp yarns , characterised in that at least one of said warp yarns and said weft yarn including at least one low melt, heat-fusible yarn served helically therewith, wherein the low melt, heat-fusible yarn has a lower melt temperature than the at least one heat-shrinkable weft yarn to allow the low melt, heat-fusible yarn to be at least partially melted, in use, without causing the at least one heat-shrinkable weft yarn to shrink.
An oscillation nozzle , comprising a main channel and two secondary channels surrounding the main channel , wherein the oscillation nozzle has an inlet and an outle for an air flow defining a flow axis running centrally through the main channel , characterized in that one of the two secondary channels comprises a drill hole for influencing the frequency of the system and the amplitude of the measured signal .
Primary spring for a rail vehicle, having a central carrier element which has a longitudinal axis , having a spring element and having a receiving element , wherein the spring element is arranged between the central carrier element and the receiving element and is connected both to the central carrier element and to the receiving element , wherein at least two fluid-filled chambers are provided which are connected to one another in order to exchange fluid between the chambers independently of a forcibly imparted excitation frequency, whereby the stiffness in a radial direction changes in a frequency-dependent manner, wherein the spring element is formed as a multi-layer shear spring and comprises at least one inner elastomer layer , which is connected to the central carrier element , an outer elastomer layer , which is connected to the receiving element , and in each case one stiffening intermediate layer between the elastomer layers , wherein the elastomer layers have a conical shape in relation to the longitudinal axis , and the chambers are arranged within one elastomer layer , characterized in that at least one first and at least one second chamber are arranged in the inner elastomer layer , wherein the at least one first chamber is connected to the at least one second chamber via a connecting line , and the connecting line is led at least partially through the central carrier element .
Operating device for a household appliance comprising a visual display unit and a touch-sensitive operating ring acting as a touch-sensitive operating region which is configured in the surface area of the visual display unit , wherein the visual display unit is covered by a separate transparent cover of the operating device , wherein a recess is configured on an upper side of the cover and is defined by a recess wall , wherein the recess is configured as a continuous crater-like depression , when viewed as a whole, such that the entire recess wall is configured below the level of a surface area of the upper side adjacent to the depression , wherein at least one upper annular partial surface of the recess wall forms a touch surface of the operating ring and the recess wall has a further partial surface which adjoins the touch surface at the bottom thereof, characterised in that a printing is configured on a lower side of the cover , the surface area of the operating ring on the upper side being visually identified thereby, wherein the printing is configured as a ring on the lower side and with a radial ring thickness which corresponds to the radial dimensional difference between an upper annular edge of the operating ring and a lower annular edge of the operating ring .
A method of managing third-party application access to assets of an end-user device, the method comprising: identifying an asset privacy management trigger on the end-user device related to a third-party application ; in response to identifying the asset privacy management trigger, displaying a privacy selection interface that enables a user to select a limited asset access option; in response to the limited asset access option being selected, displaying an asset selection interface configured to define a sub-set of assets of the end-user device as authorized for the third-party application based on user selection; and in response to a request to access assets of the end-user device by the third-party application , providing the third-party application with access to only the defined sub-set of assets. identifying an asset privacy management trigger on the end-user device related to a third-party application ; in response to identifying the asset privacy management trigger, displaying a privacy selection interface that enables a user to select a limited asset access option; in response to the limited asset access option being selected, displaying an asset selection interface configured to define a sub-set of assets of the end-user device as authorized for the third-party application based on user selection; and in response to a request to access assets of the end-user device by the third-party application , providing the third-party application with access to only the defined sub-set of assets.
An oral irrigator assembly comprising: a base unit including a first positioning feature; an oral irrigator handle including a second positioning feature corresponding with the first positioning feature of the base unit to removably couple the oral irrigator handle to the base unit ; a tube nest coupled to the base unit ; and a tube that is coupled to the oral irrigator handle and is configured to be stored around the tube nest ; wherein: the first positioning feature is a first magnet device coupled to the base unit ; the second positioning feature of the oral irrigator handle is a second magnet device configured to engage with the first magnet device to magnetically couple the oral irrigator handle to the base unit ; a portion of the tube nest extends away from a front face of the base unit to form a protrusion ; and an interface between the protrusion and the front face of the base unit forms a tube recess which is formed to extend rearward of the front face in a direction opposite that of the tube nest , the tube recess having a width that is larger than a diameter of the tube . a base unit including a first positioning feature; an oral irrigator handle including a second positioning feature corresponding with the first positioning feature of the base unit to removably couple the oral irrigator handle to the base unit ; a tube nest coupled to the base unit ; and a tube that is coupled to the oral irrigator handle and is configured to be stored around the tube nest ; wherein: the first positioning feature is a first magnet device coupled to the base unit ; the second positioning feature of the oral irrigator handle is a second magnet device configured to engage with the first magnet device to magnetically couple the oral irrigator handle to the base unit ; a portion of the tube nest extends away from a front face of the base unit to form a protrusion ; and an interface between the protrusion and the front face of the base unit forms a tube recess which is formed to extend rearward of the front face in a direction opposite that of the tube nest , the tube recess having a width that is larger than a diameter of the tube . the first positioning feature is a first magnet device coupled to the base unit ; the second positioning feature of the oral irrigator handle is a second magnet device configured to engage with the first magnet device to magnetically couple the oral irrigator handle to the base unit ; a portion of the tube nest extends away from a front face of the base unit to form a protrusion ; and an interface between the protrusion and the front face of the base unit forms a tube recess which is formed to extend rearward of the front face in a direction opposite that of the tube nest , the tube recess having a width that is larger than a diameter of the tube .
A permanent magnet rotor of an electric motor, consisting of a yoke body , a plurality of sintered permanent magnets distributed over the circumference of the yoke body and arranged at a distance from one another, wherein the permanent magnets are plate-shaped to cuboid block magnets, characterized in that adjoining the permanent magnets there is a plastics mass filled with magnetically hard material and the magnetically hard material in the plastics mass is by the force action of the magnets oriented on their magnetic field lines, wherein the plastics mass has grooves in its external contour .
A method of determining if a subject has sarcopenia comprising: (a) determining the level of Trigonelline in a sample obtained from the subject; (b) comparing the level of Trigonelline in the sample to a reference value; wherein a decreased level of Trigonelline in the sample compared to the reference value is indicative of sarcopenia in the subject. (a) determining the level of Trigonelline in a sample obtained from the subject; (b) comparing the level of Trigonelline in the sample to a reference value;
An antibody or an antigen-binding fragment thereof, which specifically binds to CD127, in particular to human CD127, comprising: - an antibody light chain comprising or an antibody light chain variable domain consisting of a sequence selected from the group consisting of SEQ ID No: 9; SEQ ID No: 10; SEQ ID No: 11; SEQ ID No: 12; in particular SEQ ID No: 12; and - an antibody heavy chain variable domain consisting of the sequence set forth in SEQ ID No: 7. - an antibody light chain comprising or an antibody light chain variable domain consisting of a sequence selected from the group consisting of SEQ ID No: 9; SEQ ID No: 10; SEQ ID No: 11; SEQ ID No: 12; in particular SEQ ID No: 12; and - an antibody heavy chain variable domain consisting of the sequence set forth in SEQ ID No: 7.
Rotor blade for a gas turbine , comprising a blade airfoil having a pressure side and a suction side that transition into a platform adjoining which is a securing region with a fir-tree key which comprises a plurality of lateral tooth projections arranged on the pressure side and on the suction side and extending in the azimuthal direction, characterized in that in an axial region of one lateral tooth projection the azimuthal extent of the lateral tooth projection is reduced, compared to the azimuthal extent of the relevant tooth projection otherwise.
Cable gland for running a cable through a wall opening, comprising: - a supporting element extending along a longitudinal axis having an internal cable duct extending along the longitudinal axis, - a clamping section having a plurality of clamping elements (21a, b, c) which are movable from a first position in which the clamping elements (21a, b, c) bound a first internal diameter into a second position in which the clamping elements (21a, b, c) bound a second internal diameter, - the second diameter being smaller than the first diameter, - a clamp element which is mechanically coupled with the supporting element and has a clamp surface which co-operates with the clamping elements (21a, b, c), and the clamp element can be moved from a first position on the supporting element in which the clamping elements (21a, b, c) are in the first position into a second position on the supporting element and can be secured on the supporting element in this second position in which the clamp surface presses the clamping elements (21a, b, c) into the second position, the clamping elements (21a, b, c) and the supporting element are made from a first material and the clamping elements (21a, b, c) are secured on the supporting element , characterised in that a hinged section (22a, b, c) made from a second material having a lower modulus of elasticity than the first material is provided between the clamping elements (21a, b, c) and the supporting element and a sleeve-shaped sealing element is disposed inside the cable duct and is connected to the hinged section (22a, b, c), the sealing element being connected to the hinged section (22a, b, c) by cohesive bonding. - a supporting element extending along a longitudinal axis having an internal cable duct extending along the longitudinal axis, - a clamping section having a plurality of clamping elements (21a, b, c) which are movable from a first position in which the clamping elements (21a, b, c) bound a first internal diameter into a second position in which the clamping elements (21a, b, c) bound a second internal diameter, - the second diameter being smaller than the first diameter, - a clamp element which is mechanically coupled with the supporting element and has a clamp surface which co-operates with the clamping elements (21a, b, c), and the clamp element can be moved from a first position on the supporting element in which the clamping elements (21a, b, c) are in the first position into a second position on the supporting element and can be secured on the supporting element in this second position in which the clamp surface presses the clamping elements (21a, b, c) into the second position,
A computer-implemented method for modeling a subsurface reservoir for the purpose of predicting reservoir connectivity and reservoir flow performance, the method comprising: a) building a grid model corresponding to a subsurface reservoir; b) defining multiple grid levels on said grid model including a coarsest level, one or more intermediate level(s), and a finest level; c) obtaining a training image representative of geological patterns of said subsurface reservoir, wherein essential features of the training image can be characterized by statistics defined though a search template with a limited point configuration; d) scanning the training image with the search template and extracting all conditional probability distributions that can be inferred from said training image at each of said multiple grid levels; e) storing all conditional probability distributions in search trees; f) applying Multiple Point Statistics (MPS) simulation to the cells and completing a facies model of said subsurface reservoir when all cells are simulated, wherein MPS simulation directly infers the necessary multivariate distributions from training images; characterized by : g) applying MPS simulation at the cells of said coarsest level grid cells wherein a regular path from cell-to-cell is followed; and h) applying MPS simulation at the cells of the intermediate level grid cells and then the finest level grid cells wherein a random path from cell-to-cell is followed until all cells are simulated. a) building a grid model corresponding to a subsurface reservoir; b) defining multiple grid levels on said grid model including a coarsest level, one or more intermediate level(s), and a finest level; c) obtaining a training image representative of geological patterns of said subsurface reservoir, wherein essential features of the training image can be characterized by statistics defined though a search template with a limited point configuration; d) scanning the training image with the search template and extracting all conditional probability distributions that can be inferred from said training image at each of said multiple grid levels; e) storing all conditional probability distributions in search trees; f) applying Multiple Point Statistics (MPS) simulation to the cells and completing a facies model of said subsurface reservoir when all cells are simulated, wherein MPS simulation directly infers the necessary multivariate distributions from training images; characterized by : g) applying MPS simulation at the cells of said coarsest level grid cells wherein a regular path from cell-to-cell is followed; and h) applying MPS simulation at the cells of the intermediate level grid cells and then the finest level grid cells wherein a random path from cell-to-cell is followed until all cells are simulated.
A compound having the following Formula (I): or a pharmaceutically acceptable salt thereof.
An electromechanical lock arrangement comprising a split follower unit and an actuator , wherein the split follower unit comprises - a first rotatable follower which is connectable to a first manoeuvring device, - a second rotatable follower which is connectable to a second manoeuvring device and - an intermediate rotatable follower which is connectable to a lock bolt , wherein the first , the second and the intermediate followers are arranged axially aligned along a common rotational axis; wherein the actuator is arranged for selectively connecting and disconnecting the first and the second followers to and from the intermediate follower , and wherein the actuator comprises - an electrically driven, linearly displaceable slide , - a first engagement member which is connected to the slide by means of a first compression spring and arranged to be brought in and out of simultaneous engagement with the first follower and the intermediate follower , and - a second engagement member which is connected to the slide by means of a second compression spring and arranged to be brought in and out of simultaneous engagement with the second follower and the intermediate follower . - a first rotatable follower which is connectable to a first manoeuvring device, - a second rotatable follower which is connectable to a second manoeuvring device and - an intermediate rotatable follower which is connectable to a lock bolt , wherein - an electrically driven, linearly displaceable slide , - a first engagement member which is connected to the slide by means of a first compression spring and arranged to be brought in and out of simultaneous engagement with the first follower and the intermediate follower , and - a second engagement member which is connected to the slide by means of a second compression spring and arranged to be brought in and out of simultaneous engagement with the second follower and the intermediate follower .
A tubular structure comprising: a) a first sheet metal helically wound about a longitudinal axis; b) a second sheet metal having a smooth and flat metal surface, and having voids disposed therein, said second sheet metal being helically wound about said longitudinal axis and coaxially about said first sheet metal; c) an insulation disposed within said voids; and, d) a third sheet metal helically wound about said longitudinal axis and coaxially about said first sheet metal and said second sheet metal; wherein said third sheet metal has voids disposed therein and wherein said voids disposed within said third sheet metal are disposed within said third sheet metal so a first of said voids disposed in said second sheet metal is overlaid by a second of said voids disposed within said third sheet metal. a) a first sheet metal helically wound about a longitudinal axis; b) a second sheet metal having a smooth and flat metal surface, and having voids disposed therein, said second sheet metal being helically wound about said longitudinal axis and coaxially about said first sheet metal; c) an insulation disposed within said voids; and, d) a third sheet metal helically wound about said longitudinal axis and coaxially about said first sheet metal and said second sheet metal;
Fill level switch arrangement for determining the fill level of a medium in a container , having a transmitting element and a receiving element , wherein the transmitting element is used to transmit a radio signal and is operatively connected to the receiving element , wherein the receiving element is used to detect the radio signal, wherein the receiving element is designed such that it generates and outputs a switching signal in the event of a change in the received radio signal caused by the medium , and wherein the transmitting element has a detection surface and the transmitting element generates and outputs a switching signal when the detection surface comes into contact with medium .