mhurhangee/ep-ind-claims huggingface dataset:
A hollow structure particle formed of a mixture of titanium dioxide and silica and having a hollow cavity inside, wherein the crystal form of the titanium oxide is rutile, wherein the content of silica is from 0.1 mass% to 80 mass% with respect to the content of titanium dioxide, wherein as optional component an element selected from the group consisting of Sn, Cd, Fe, Ni, Zn, Mn, Co, Cr, Cu, K, Na, Li, P and S is contained with a total content of from 0.1 mol% to 15 mol%, based on the mol number of titanium in the titanium dioxide; and wherein the hollow structure particle has a hollow cavity having an inner diameter A, and wherein the hollow structure particle has a primary particle diameter B, the inner diameter A and the primary particle diameter B being an arithmetic mean value of inner diameters A of 10 hollow structure particles and an arithmetic mean value of primary particle diameters B of the 10 hollow structure particles, respectively, with the 10 hollow structure particles being randomly photographed by transmission electron microscopy. wherein the crystal form of the titanium oxide is rutile, wherein the content of silica is from 0.1 mass% to 80 mass% with respect to the content of titanium dioxide, wherein as optional component an element selected from the group consisting of Sn, Cd, Fe, Ni, Zn, Mn, Co, Cr, Cu, K, Na, Li, P and S is contained with a total content of from 0.1 mol% to 15 mol%, based on the mol number of titanium in the titanium dioxide; and wherein the hollow structure particle has a hollow cavity having an inner diameter A, and wherein the hollow structure particle has a primary particle diameter B, the inner diameter A and the primary particle diameter B being an arithmetic mean value of inner diameters A of 10 hollow structure particles and an arithmetic mean value of primary particle diameters B of the 10 hollow structure particles, respectively, with the 10 hollow structure particles being randomly photographed by transmission electron microscopy.
A digital displacement measuring instrument comprising: a main body; a spindle (2,21,22) slidably provided at the main body; and an encoder accommodated in the main body for detecting displacement of the spindle to convert a value for the detected displacement to an electric signal, wherein the spindle penetrates through the body, an inner space is defined between the body and the spindle, the encoder has a rotor rotating in a peripheral direction of the spindle and a stator provided inside the main body at a position opposite to the rotor with a prespecified space therefrom, the stator comprises a stator circular portion disposed along a circumferential direction of the spindle and a stator longitudinal portion extending from the stator circular portion toward the inner space, and a tip end of the stator longitudinal portion is directly or indirectly hooked in the main body. a main body; a spindle (2,21,22) slidably provided at the main body; and an encoder accommodated in the main body for detecting displacement of the spindle to convert a value for the detected displacement to an electric signal, wherein the spindle penetrates through the body, an inner space is defined between the body and the spindle, the encoder has a rotor rotating in a peripheral direction of the spindle and a stator provided inside the main body at a position opposite to the rotor with a prespecified space therefrom, the stator comprises a stator circular portion disposed along a circumferential direction of the spindle and a stator longitudinal portion extending from the stator circular portion toward the inner space, and a tip end of the stator longitudinal portion is directly or indirectly hooked in the main body.
A counterweight, preferably for a farm tractor, which comprises a body with a hook fixed to its top and bolts fixed to the body's side surfaces, whereby a box is fixed to the front of the body, and the box comprises a bottom plate, joined with a back wall, a front wall, and side walls, characterized in that an actuator is fixed to the central part of the bottom plate by its first end, employing an actuator first hinge and the second end of the actuator is fixed, employing an actuator second hinge, to a cover, whereas on the inner side of the back wall, on each side of the actuator, there is a bushing fixed, in which there is a piston seated, the top end of which is connected by a hinge of the piston to the cover.
A method for producing an epoxy compound of Formula: comprising reacting a triolefin compound of the following Formula: with hydrogen peroxide, a nitrile compound, an alkaline substance in a solvent and a buffer solution, wherein the triolefin compound of Formula is a compound selected from the compounds of Formulae (A-1) to (A-7) and the epoxy compound of Formula is the corresponding epoxy compound selected from the compounds of Formulae (B-1) to (B-7):
A chimeric antigen receptor comprising an extracellular spacer which comprises at least part of the extracellular domain of human low affinity nerve growth factor receptor (LNGFR), wherein the extracellular spacer comprises a sequence having at least 80 % identity to SEQ ID NO: 9, a sequence having at least 80 % identity to SEQ ID NO: 10, and/or a sequence having at least 80 % identity to SEQ ID NO: 11.
A system comprising: a first left implant attachable to a first vertebra, the first left implant comprising a first left articular surface shaped to articulate with a second left articular surface on a second vertebra; a first right implant attachable to the first vertebra, the first right implant comprising a first right articular surface shaped to articulate with a second right articular surface on the second vertebra; and a crosslink attachable to the first left and right implants, characterised in that the crosslink further comprises a rod, a left implant coupling component, and a right implant coupling component, wherein the left and right implant coupling components are securable to the first left and right implants, respectively, wherein the rod is attachable to the left and right implant coupling components to secure the left and right implant coupling components together at any of a plurality of displacements of the right implant coupling component with respect to the left implant coupling component; wherein each of the implant coupling components is configured to serve as a resilient member capable of facilitating assembly of the crosslink, wherein the resilient members are configured to snap into engagement to facilitate securement of the first left implant to the first right implant, wherein each of the resilient members comprises a clip having a bendable arm configured to bend to permit the resilient member to receive and grip a corresponding interface. a first left implant attachable to a first vertebra, the first left implant comprising a first left articular surface shaped to articulate with a second left articular surface on a second vertebra; a first right implant attachable to the first vertebra, the first right implant comprising a first right articular surface shaped to articulate with a second right articular surface on the second vertebra; and a crosslink attachable to the first left and right implants, characterised in that the crosslink further comprises a rod, a left implant coupling component, and a right implant coupling component, wherein the left and right implant coupling components are securable to the first left and right implants, respectively, wherein the rod is attachable to the left and right implant coupling components to secure the left and right implant coupling components together at any of a plurality of displacements of the right implant coupling component with respect to the left implant coupling component; wherein each of the implant coupling components is configured to serve as a resilient member capable of facilitating assembly of the crosslink, wherein the resilient members are configured to snap into engagement to facilitate securement of the first left implant to the first right implant, wherein each of the resilient members comprises a clip having a bendable arm configured to bend to permit the resilient member to receive and grip a corresponding interface.
A method of operating a gas turbine engine system in which mechanical power is generated by combustion or oxidation of a fuel in an engine, the method comprising: providing a first fuel from a first fuel store to an engine at a first mass flow rate; providing a second fuel from a second fuel store to the engine at a second mass flow rate, and wherein the first mass flow rate and second mass flow rate contribute to a total mass flow rate of fuel to the engine; characterised in that the method comprises, during a period of acceleration of the engine, increasing the relative fraction of the total mass flow rate of fuel represented by the second mass flow rate in order to control a surge margin of one or more compressors of the engine, wherein the second fuel is selected to have a higher specific energy than the first fuel and to release a greater mass of water per unit mass of fuel than the first fuel. providing a first fuel from a first fuel store to an engine at a first mass flow rate; providing a second fuel from a second fuel store to the engine at a second mass flow rate, and wherein the first mass flow rate and second mass flow rate contribute to a total mass flow rate of fuel to the engine; characterised in that the method comprises, during a period of acceleration of the engine, increasing the relative fraction of the total mass flow rate of fuel represented by the second mass flow rate in order to control a surge margin of one or more compressors of the engine, wherein the second fuel is selected to have a higher specific energy than the first fuel and to release a greater mass of water per unit mass of fuel than the first fuel.
A shoe upper comprising a tubular knitted element, wherein the tubular knitted element comprises an integrally-formed aperture; wherein the aperture is formed by casting-off or binding-off at least one stitch, wherein the aperture comprises at least a first width, wherein the tubular knitted element comprises an opening at at least one end of the tubular knitted element, wherein the aperture is not joined with the opening, and wherein the tubular knitted element comprises a first portion and a second portion, wherein the first portion is folded into the second portion or the second portion is at least partially folded over the first portion thus forming an internal knitted portion and an external knitted portion. wherein the tubular knitted element comprises an integrally-formed aperture; wherein the aperture is formed by casting-off or binding-off at least one stitch, wherein the aperture comprises at least a first width, wherein the tubular knitted element comprises an opening at at least one end of the tubular knitted element, wherein the aperture is not joined with the opening, and wherein the tubular knitted element comprises a first portion and a second portion, wherein the first portion is folded into the second portion or the second portion is at least partially folded over the first portion thus forming an internal knitted portion and an external knitted portion.
A tolerance ring, comprising: a metallic annular band and a low friction material, characterized in that the low friction material is laminated on the surface of the band, and in that the tolerance ring is adapted to provide: a radial stiffness that is greater than 20,000 N/mm; and a slip torque in a range of 1 to 25 Nm. a metallic annular band and a low friction material, characterized in that the low friction material is laminated on the surface of the band, and in that the tolerance ring is adapted to provide: a radial stiffness that is greater than 20,000 N/mm; and a slip torque in a range of 1 to 25 Nm. a radial stiffness that is greater than 20,000 N/mm; and a slip torque in a range of 1 to 25 Nm.
Microwave switching device comprising: - a switching matrix with M inputs (E 1, E 2,...E M) and N outputs (S 1, S 2,...S N) comprising at least one surface-mountable microwave switch with ohmic contacts with at least one input and at least one output position which is able to perform at least one switch between at least one of the M inputs and at least one of the N outputs of the switching matrix; - a control bus for the one or more microwave switches of the switching matrix; - a bias tee (T 1, T 2,...T M) positioned on each input (E 1, E 2,...E M) of the switching matrix; - a bias tee (T' 1, T' 2,...T' S) positioned on each output of the switching matrix; - a remote-control bus for the M inputs (E 1, E 2,... E M) configured to control each voltage (VT i, i ∈ 〚 1; M 〛) applied between ground and a DC input of each bias tee (T 1, T 2,...T M) positioned on each input (E 1, E 2,... E M) of the switching matrix; and - a telemetry bus for the N outputs (S 1, S 2,...S N) configured to mesure each voltage (VT j, j ∈ 〚 1; N 〛) applied between ground and a DC output of each bias tee (T' 1, T' 2,...T' S) positioned on each output (S 1, S 2,...S N) of the switching matrix, the device being configured to determine the state of each microwave switch from said voltage measures (VT j, j ∈ 〚 1; N 〛) applied between ground and a DC output of each bias tee (T' 1, T' 2,...T' S) positioned on each output (S 1, S 2,...S N). - a switching matrix with M inputs (E 1, E 2,...E M) and N outputs (S 1, S 2,...S N) comprising at least one surface-mountable microwave switch with ohmic contacts with at least one input and at least one output position which is able to perform at least one switch between at least one of the M inputs and at least one of the N outputs of the switching matrix; - a control bus for the one or more microwave switches of the switching matrix; - a bias tee (T 1, T 2,...T M) positioned on each input (E 1, E 2,...E M) of the switching matrix; - a bias tee (T' 1, T' 2,...T' S) positioned on each output of the switching matrix; - a remote-control bus for the M inputs (E 1, E 2,... E M) configured to control each voltage (VT i, i ∈ 〚 1; M 〛) applied between ground and a DC input of each bias tee (T 1, T 2,...T M) positioned on each input (E 1, E 2,... E M) of the switching matrix; and - a telemetry bus for the N outputs (S 1, S 2,...S N) configured to mesure each voltage (VT j, j ∈ 〚 1; N 〛) applied between ground and a DC output of each bias tee (T' 1, T' 2,...T' S) positioned on each output (S 1, S 2,...S N) of the switching matrix, the device being configured to determine the state of each microwave switch from said voltage measures (VT j, j ∈ 〚 1; N 〛) applied between ground and a DC output of each bias tee (T' 1, T' 2,...T' S) positioned on each output (S 1, S 2,...S N).
Chain station for a multi-link thrust chain of a chain thrust drive for movable casements, in particular window casements or flaps, wherein the chain station has a chain guide which is capable of engaging in the thrust chain on both sides, wherein the chain guide has a helical and continuous guide track having a plurality of straight and round arcuate guide portions (30, 31), wherein the arcuate guide portions form chain deflections between straight guide portions, and wherein the guide track is configured as a slot-type void between straight guide elements (32, 33) and arcuate guide elements (37, 38, 39, 40) and the slot-type guide track in the straight guide portions is in each case configured between a plurality of straight and parallel guide elements (32, 33), and in the arcuate guide portions is configured between inner and outer curved guide elements (37, 38, 39, 40).
Pole for an electric machine, wherein the pole has: - a coil; - a pole body and/or a pole shoe; - at least one clip for mounting the coil on at least one external side (LS, MS, SS, TS) of the coil, wherein the clip is fastened to the pole body and/or to the pole shoe by means of a form fit and/or by means of a force fit; characterised in that a first end of the clip is locked by a fastening lug which is fastened to the pole shoe. - a coil; - a pole body and/or a pole shoe; - at least one clip for mounting the coil on at least one external side (LS, MS, SS, TS) of the coil, wherein the clip is fastened to the pole body and/or to the pole shoe by means of a form fit and/or by means of a force fit;
A circular printed memory device, comprising: a base substrate; a plurality of bottom electrodes arranged in a circular pattern on the base substrate; a ferroelectric layer on top of the plurality of bottom electrodes; and a single top electrode on the ferroelectric layer that contacts each one of the plurality of bottom electrodes via the ferroelectric layer. a base substrate; a plurality of bottom electrodes arranged in a circular pattern on the base substrate; a ferroelectric layer on top of the plurality of bottom electrodes; and a single top electrode on the ferroelectric layer that contacts each one of the plurality of bottom electrodes via the ferroelectric layer.
Panel, comprising a top side, a bottom side and a first edge extending between the top and bottom side and having a first coupling part, and a second edge extending between the top and bottom side and having a second coupling part, which coupling parts make it possible to produce a horizontal and vertical lock between two such panels by means of a vertical movement of the one panel with respect to the other panel, wherein the first coupling part comprises a lip which is preferably situated on the bottom side of the panel and has a first, upwardly directed locking element which forms a first locking surface, which first locking surface, in the coupled position, cooperates with a second locking surface which is formed in a first, downwardly directed locking groove of the second coupling part, in order to partly or completely produce the horizontal lock, wherein the coupling parts comprise a second, separate locking element which, in the coupled position, cooperates with a second locking groove of the coupling parts in order to partly or completely produce the vertical lock and wherein the first coupling part comprises a first closure surface which, in the coupled position, cooperates with a second closure surface of the second coupling part, in this case defining a vertical closure face, wherein the separate locking element is part of the first coupling part, in that the lip is elastically bent in the coupled position, in such a way that a reactive force is generated which pushes the coupled panels against each other at the location of the cooperating closure surfaces, characterized in that the upwardly directed locking element, viewed in the disengaged position, has an uppermost point which is situated at a vertical distance from the bottom side of the panel of at least 0.35 times, preferably at least 0.4 times and more preferably at least 0.45 times the thickness of the panel, wherein the downwardly directed locking groove has a bottom which runs substantially obliquely downwards in a direction away from the second locking surface and wherein the upwardly directed locking element, viewed in the coupled position, has an uppermost point which defines a horizontal level, which horizontal level is situated above at least a portion of the separate locking element and above at least a portion of the second locking groove.
An illumination device comprising at least one contacting (18, 19) into which an illuminant (3, 4) can be inserted, wherein the contacting (18, 19) comprises electrical connections for supplying the illuminant (3, 4), and wherein an electrical or electronic ballast device is arranged in the illumination device, for electrically supplying a fluorescent lamp, wherein the ballast device comprises a transistor half bridge which is operated having a switching frequency, and an LC series resonant circuit, to the capacitor of which the illuminant is connected in parallel, and the ballast device can be used for a number of series-connected LEDs of an LED illuminant, wherein a current value of the number of LEDs substantially corresponds to a lamp current during operation of the illumination device with a fluorescent lamp, the LED illuminant is assigned a thyristor clamping circuit as a protective circuit, between LEDs and a bridge rectifier, wherein the bridge rectifier comprises four diodes, the blocking delay times of which are adjusted to the switching frequency of the ballast device, and wherein the illumination device is designed so as to be protected against explosion and the illuminant is Ex e, Ex d, Ex m or Ex op.
A radio access network node configured to interact with a mobile station, the radio access network node comprising: at least one processor; and, at least one memory that stores processor-executable instructions, wherein the at least one processor interfaces with the at least one memory to execute the processor-executable instructions to carry the method according to any one of claims 2 to 6. at least one processor; and, at least one memory that stores processor-executable instructions, wherein the at least one processor interfaces with the at least one memory to execute the processor-executable instructions to carry the method according to any one of claims 2 to 6.
A sports shoe comprising: - a sole with a ground-engaging surface; - a lateral edge and a lateral connecting portion interconnecting and extending between the ground-engaging surface of the sole and the lateral edge; - a medial edge and a medial connecting portion interconnecting and extending between the ground-engaging surface of the sole and the medial edge; wherein the shoe defines a foot part and a leg part, the height of the leg part being at most equal to the length of the foot part; - said lateral connecting portion defines a surface area of reduced friction (114;116), which is circumferentially surrounded by adjacent surface areas (103; 105; 107) of said lateral edge and of the ground-engaging surface, and which defines a first coefficient of friction; and - said first coefficient of friction is lower than a coefficient of friction of each of said surrounding surface areas (103;105;107); and characterised in that: - said surface area of reduced friction is conferred by a patch (115;117;215;217) retrofitted on the sole and the lateral edge of the shoe. - a sole with a ground-engaging surface; - a lateral edge and a lateral connecting portion interconnecting and extending between the ground-engaging surface of the sole and the lateral edge; - a medial edge and a medial connecting portion interconnecting and extending between the ground-engaging surface of the sole and the medial edge; - said lateral connecting portion defines a surface area of reduced friction (114;116), which is circumferentially surrounded by adjacent surface areas (103; 105; 107) of said lateral edge and of the ground-engaging surface, and which defines a first coefficient of friction; and - said first coefficient of friction is lower than a coefficient of friction of each of said surrounding surface areas (103;105;107); and characterised in that: - said surface area of reduced friction is conferred by a patch (115;117;215;217) retrofitted on the sole and the lateral edge of the shoe.