mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for co-aligning a plurality of input radiation beams each having a respective waveband, which includes: an optical collimating element and an optical deflecting element , characterised in further comprising a plurality of respective lateral deflectors to impart in use a selected respective lateral displacement to each input beam, wherein the optical collimating element is arranged for passing each of said radiation beams with respective imparted lateral displacements, and the optical deflecting element is arranged for receiving the radiation beams passed by said optical collimating element , and is adapted to apply a wavelength-dependent angular deflection to said beams, wherein said respective lateral displacements are selected having regard to the waveband of each beam to cause the radiation beams passed by said optical deflecting element to be co-aligned. an optical collimating element and an optical deflecting element , characterised in further comprising a plurality of respective lateral deflectors to impart in use a selected respective lateral displacement to each input beam, wherein the optical collimating element is arranged for passing each of said radiation beams with respective imparted lateral displacements, and the optical deflecting element is arranged for receiving the radiation beams passed by said optical collimating element , and is adapted to apply a wavelength-dependent angular deflection to said beams, wherein said respective lateral displacements are selected having regard to the waveband of each beam to cause the radiation beams passed by said optical deflecting element to be co-aligned.
Attachment (200; 300; 400; 500; 600) for an electric hand-held power tool for carrying out functions in kitchens, having a stirring unit (230; 330; 430; 530; 630) which comprises a stirring element (234; 334; 434; 534; 634) and a stirring shaft (232; 332; 432; 532; 632); a coupling unit (220; 320; 420; 520; 620) for transmitting torque from a hand-held power tool to the stirring unit (230; 330; 430; 530; 630), wherein the coupling unit (220; 320; 420; 520; 620) has at least one drive shaft (226; 326; 426; 526; 626) which is able to be coupled to an output shaft of the hand-held power tool for conjoint rotation; characterized in that a locking unit (210; 310; 510; 610) for locking an attachment (200; 300; 400; 500; 600) to a housing of a hand-held power tool is provided; wherein an accessory interface unit (350; 450; 550; 650) is provided, which establishes a releasable, force- and/or form-fitting connection of the coupling unit (220; 320; 420; 520; 620) to the stirring unit (230; 330; 430; 530; 630) in an axial direction and direction of rotation; wherein the accessory interface unit (350; 450; 550) has a receiving sleeve (352; 452; 552) with a receiving opening (360; 460; 560) for receiving the stirring shaft (332; 432; 532), in which the radial guidance of the stirring shaft (332; 432; 532) takes place. a locking unit (210; 310; 510; 610) for locking an attachment (200; 300; 400; 500; 600) to a housing of a hand-held power tool is provided; wherein an accessory interface unit (350; 450; 550; 650) is provided, which establishes a releasable, force- and/or form-fitting connection of the coupling unit (220; 320; 420; 520; 620) to the stirring unit (230; 330; 430; 530; 630) in an axial direction and direction of rotation; wherein the accessory interface unit (350; 450; 550) has a receiving sleeve (352; 452; 552) with a receiving opening (360; 460; 560) for receiving the stirring shaft (332; 432; 532), in which the radial guidance of the stirring shaft (332; 432; 532) takes place.
An LED lamp convenient to switch a flame direction, comprising a substrate , a circuit board with a control circuit, a diverter switch and lamp beads; wherein the lamp beads are arranged on the substrate ; wherein the control circuit comprises an effect control circuit module connected with the lamp beads and outputting a signal for achieving a on and off control and a brightness control of the lamp beads according to a predetermined time sequence, to simulate a flame effect; the diverter switch is connected with the effect control circuit module to output signals for different time sequences to achieve flame effects of different status, wherein the diverter switch is a gravity-sensing switch (S1); the effect control circuit module comprises a first effect control module for simulating an effect of a forward flame, and a second effect control module for simulating an effect of a reverse flame; and the diverter switch is connected with the first effect control module and the second effect control module, characterized in that: the flame direction is adapted to be automatically switched when the lamp is inverted, such that the inverted lamp can automatically display an effect of a reverse flame, wherein an RST pin (K1) of the effect control circuit module is connected with the gravity-sensing switch, and the electrical level of the RST pin can be high level or low level when the gravity-sensing switch is forward or inverted. the flame direction is adapted to be automatically switched when the lamp is inverted, such that the inverted lamp can automatically display an effect of a reverse flame, wherein an RST pin (K1) of the effect control circuit module is connected with the gravity-sensing switch, and the electrical level of the RST pin can be high level or low level when the gravity-sensing switch is forward or inverted.
Connecting device for connecting concrete components, in particular precast concrete parts, preferably in a transverse force-locking manner, comprising an elongate casing for insertion into an end face of a component, which casing comprises a base and at least two side walls that extend in a longitudinal direction of the base, at least one flexible reinforcing loop element that can be received in the casing and can be deflected out of same, wherein the base defines at least two through-openings each having an edge for each reinforcing loop element , through which through-openings the reinforcing loop element extends, wherein the reinforcing loop element is in contact with two contact points of the edge, wherein at least one first contact point is at a greater distance from a plane of extension of the base than at least one second contact point , characterised in that the through-openings each have an axis of extension that defines an angle (α) of at most 85° relative to the plane of extension of the base , such that an anchorage end of the reinforcing loop element is almost orthogonal to the base of the casing , and in that the base comprises at least one projection which has a portion which is inclined relative to the base and in which the through-openings are defined. an elongate casing for insertion into an end face of a component, which casing comprises a base and at least two side walls that extend in a longitudinal direction of the base, at least one flexible reinforcing loop element that can be received in the casing and can be deflected out of same, wherein the base defines at least two through-openings each having an edge for each reinforcing loop element , through which through-openings the reinforcing loop element extends, wherein the reinforcing loop element is in contact with two contact points of the edge, wherein at least one first contact point is at a greater distance from a plane of extension of the base than at least one second contact point , characterised in that the through-openings each have an axis of extension that defines an angle (α) of at most 85° relative to the plane of extension of the base , such that an anchorage end of the reinforcing loop element is almost orthogonal to the base of the casing , and in that the base comprises at least one projection which has a portion which is inclined relative to the base and in which the through-openings are defined.
An electric machine controller arranged to direct a power converter to cause pulsed operation of an electric machine in selected operational ranges to deliver a desired output, wherein the pulsed operation of the electric machine causes the output of the electric machine to alternate between a first output level and a second output level that is lower than the first output level, wherein the first and second output levels are selected such that the electric machine has a higher energy conversion efficiency during the pulsed operation of the electric machine than the electric machine would have when operated at a third output level that would be required to drive the electric machine in a continuous manner to deliver the desired output, wherein: the electric machine controller includes a pulse controller configured to direct timing of the pulsing of the electric machine; characterized in that the pulse controller utilizes a sigma delta converter that is configured to dynamically determine at least one of durations, timing or frequency of the first output level pulses and the pulse controller is further configured to alternate the electrical machine between the first and second output levels at least 10 times per second and less than 100 times per second. the electric machine controller includes a pulse controller configured to direct timing of the pulsing of the electric machine; characterized in that the pulse controller utilizes a sigma delta converter that is configured to dynamically determine at least one of durations, timing or frequency of the first output level pulses and the pulse controller is further configured to alternate the electrical machine between the first and second output levels at least 10 times per second and less than 100 times per second.
A culture medium for manufacturing a Brazzein peptide, the culture medium comprising: a nutrient broth comprising dextrose; an E. coli cell, the E. coli cell comprising a recombinant nucleic acid, wherein the recombinant nucleic acid comprises: (i) a nucleic acid sequence encoding the Brazzein peptide, (ii) a nucleic acid sequence encoding a signal leader amino acid sequence, wherein the signal leader amino acid sequence is fused at a 5' end of the Brazzein peptide, and wherein the signal leader amino acid sequence is operable to direct extracellular secretion of the Brazzein peptide, and (iii) an expression control sequence operable to direct expression of the nucleic acid sequence encoding the signal leader amino acid sequence and the nucleic acid sequence encoding the Brazzein peptide; and an inducing agent, wherein the expression control sequence is lactose inducible, and wherein the inducing agent is selected from the group consisting of: Lactose, isopropylthiogalactoside (IPTG), and a Lactose analogue. a nutrient broth comprising dextrose; an E. coli cell, the E. coli cell comprising a recombinant nucleic acid, wherein the recombinant nucleic acid comprises: (i) a nucleic acid sequence encoding the Brazzein peptide, (ii) a nucleic acid sequence encoding a signal leader amino acid sequence, wherein the signal leader amino acid sequence is fused at a 5' end of the Brazzein peptide, and wherein the signal leader amino acid sequence is operable to direct extracellular secretion of the Brazzein peptide, and (iii) an expression control sequence operable to direct expression of the nucleic acid sequence encoding the signal leader amino acid sequence and the nucleic acid sequence encoding the Brazzein peptide; and (i) a nucleic acid sequence encoding the Brazzein peptide, (ii) a nucleic acid sequence encoding a signal leader amino acid sequence, wherein the signal leader amino acid sequence is fused at a 5' end of the Brazzein peptide, and wherein the signal leader amino acid sequence is operable to direct extracellular secretion of the Brazzein peptide, and (iii) an expression control sequence operable to direct expression of the nucleic acid sequence encoding the signal leader amino acid sequence and the nucleic acid sequence encoding the Brazzein peptide; and an inducing agent, wherein the expression control sequence is lactose inducible, and wherein the inducing agent is selected from the group consisting of: Lactose, isopropylthiogalactoside (IPTG), and a Lactose analogue.
A model of reconstructed sensitive skin, said model being obtainable by a method comprising the steps of: a) obtaining a reconstructed skin model from a skin sample of a subject; and b) contacting said reconstructed skin model from step a) with lactic acid, the lactic acid concentration used being comprised between 0.05% and 5 % by weight of lactic acid /solution volume, said model expressing at least one biological marker selected from the group of inflammation markers, barrier markers and defence markers; and wherein: (i) the expression of the biological marker selected from the group of inflammation markers is higher than in normal skin, and/or (ii) the expression of the biological marker selected from the group of barrier markers is lower than in normal skin; and/or (iii) the expression of the biological marker selected from the group of defence markers is lower than in normal skin. a) obtaining a reconstructed skin model from a skin sample of a subject; and b) contacting said reconstructed skin model from step a) with lactic acid, the lactic acid concentration used being comprised between 0.05% and 5 % by weight of lactic acid /solution volume, (i) the expression of the biological marker selected from the group of inflammation markers is higher than in normal skin, and/or (ii) the expression of the biological marker selected from the group of barrier markers is lower than in normal skin; and/or (iii) the expression of the biological marker selected from the group of defence markers is lower than in normal skin.
Pressure belt filter having a filter container which is rotatable about an axis of rotation and has filter chambers which are arranged distributed over a periphery of the filter container , which filter chambers have openings at a periphery of the filter container , having a filter belt which is guided around part of the periphery of the filter container and covers the openings of the filter chambers at the periphery of the filter container in such a way that, on the part of the periphery of the filter container covered by the filter belt , fluid flowing out of the filter chambers flows through the filter belt , and having a fluid feed through an end wall of the filter container into each filter chamber .
An additive manufacturing device for manufacturing a solid article , comprising an energy beam generation unit , a raw material supply unit , a raw material container containing a raw material including a raw material surface exposed to an energy beam to be emitted by the energy beam generation unit in operation, wherein the heat source includes a heating surface for heating the raw material surface to form a pre-heated raw material surface , wherein the energy beam generation unit is disposed with a directing unit to direct the energy beam onto the pre-heated raw material surface , wherein the pre-heated raw material surface forms the upper surface of an uppermost layer of raw material , such that the uppermost layer of raw material is transformed into a coherent sub-structure in the spots exposed to the energy beam such that the solid article is formable by the coherent structure formable from each sub-structure in each of the plurality layers of raw material including the uppermost layer of raw material , characterized in that a temperature homogenization box is arranged between the energy beam generation unit and the raw material container when the additive manufacturing device is in operation, wherein the additive manufacturing device comprises a housing , wherein the temperature homogenization box is located inside the housing .
Arrangement (ARG) with an insulation monitor (ISG) for an IT system (IST) and a discharge resistor (DCR) for discharging an earth dissipation capacitor (TCP) of the IT system (IST), characterised in that the arrangement (ARG) has two Zener diodes (ZDI) arranged in anti-series in a series connection (SCT) with the discharge resistor (DCR), wherein the Zener diodes (ZDI) each have a reverse voltage (RBV) above a test voltage (TSV) of the insulation monitor (ISG).
Method for time-dependent vehicle routing in a road network, which is modeled as a directed graph with nodes, which represent intersections, and arcs, which represent road segments, the method being a Customizable Contraction Hierarchies method, and wherein the time-dependent vehicle routing involves determining a travel path between a first node and a second node, the method comprising: weighting every arc with a travel time function mapping departure time to travel time; contracting all nodes by inserting shortcut arcs between neighbours of a node if a shortest path between the neighbours goes over the node so that the travel path is represented by a shortcut between the first node and the second node; wherein each shortcut has a lower bound of the travel time function, an upper bound of the travel time function and a set of time-dependent expansions; the method further comprising: unpacking the shortcut to obtain individual time-dependent sub travel times for each sub-segment of a plurality of sub-segments of the travel path associated with the shortcut using the lower bound, the upper bound and the set of time-dependent expansions of the shortcut; and determining a travel time for the travel path based on the time-dependent sub travel times. weighting every arc with a travel time function mapping departure time to travel time; contracting all nodes by inserting shortcut arcs between neighbours of a node if a shortest path between the neighbours goes over the node so that the travel path is represented by a shortcut between the first node and the second node; wherein each shortcut has a lower bound of the travel time function, an upper bound of the travel time function and a set of time-dependent expansions; unpacking the shortcut to obtain individual time-dependent sub travel times for each sub-segment of a plurality of sub-segments of the travel path associated with the shortcut using the lower bound, the upper bound and the set of time-dependent expansions of the shortcut; and determining a travel time for the travel path based on the time-dependent sub travel times.
A method of aligning at least two probe tips in a scanning probe adapter, the method comprising the steps of: providing a probe head comprising at least two probe tips ; moving the sample and the at least two probe tips (32, 34 36) into proximity; capturing, using an optical microscope , an image of the at least two probe tips and a corresponding reflection of the at least two probe tips ; tracking, using an image recognition algorithm, an outer line shape of the at least two probe tips and the corresponding reflections; calculating a distance between an apex each of the at least two probe tips and the apex of the corresponding reflection; comparing the calculated distances to determine which, if any, of the at least two probe tips had a shorter calculated distance; and if one of the at least two probe tips had a shorter calculated distance, rotating the probe head away from whichever of the at least two probe tips had the shorter calculated distance, or determining that the at least two probe tips are aligned if equivalent distances are calculated for each of the at least two probe tips. providing a probe head comprising at least two probe tips ; moving the sample and the at least two probe tips (32, 34 36) into proximity; capturing, using an optical microscope , an image of the at least two probe tips and a corresponding reflection of the at least two probe tips ; tracking, using an image recognition algorithm, an outer line shape of the at least two probe tips and the corresponding reflections; calculating a distance between an apex each of the at least two probe tips and the apex of the corresponding reflection; comparing the calculated distances to determine which, if any, of the at least two probe tips had a shorter calculated distance; and if one of the at least two probe tips had a shorter calculated distance, rotating the probe head away from whichever of the at least two probe tips had the shorter calculated distance, or determining that the at least two probe tips are aligned if equivalent distances are calculated for each of the at least two probe tips.
A clutch control method for a vehicle having a dog clutch and an engagement sensor that detects an engagement of the dog clutch , comprising: executing the engagement of the dog clutch when a magnitude of a differential rotation of the dog clutch is less than or equal to a prescribed value (A1) when the engagement sensor is normal and then determining the engagement of the dog clutch using the engagement sensor ; characterized by setting the differential rotation of the dog clutch to a value (A2) larger than the prescribed value (A1) when the engagement sensor has failed and then determining the engagement of the dog clutch based on a difference between the differential rotation of the dog clutch at a time of starting the engagement of the dog clutch and the differential rotation of the dog clutch . executing the engagement of the dog clutch when a magnitude of a differential rotation of the dog clutch is less than or equal to a prescribed value (A1) when the engagement sensor is normal and then determining the engagement of the dog clutch using the engagement sensor ; characterized by setting the differential rotation of the dog clutch to a value (A2) larger than the prescribed value (A1) when the engagement sensor has failed and then determining the engagement of the dog clutch based on a difference between the differential rotation of the dog clutch at a time of starting the engagement of the dog clutch and the differential rotation of the dog clutch .
A vertically oriented bodymaker tool pack comprising: a tool pack housing assembly defining a passage and including an inner surface , an upper sidewall , a lower sidewall , a first lateral sidewall , a second lateral sidewall , a rear sidewall , and a door ; said tool pack housing assembly passage extending generally vertically; a number of die spacers , each die spacer structured to support a die and defining a central passage ; a number of dies , each die including a body defining a central passage ; and a number of die spacers and a number of dies disposed in said tool pack housing assembly ; the tool pack being characterised by : a compression device disposed at said tool pack housing assembly lower sidewall , said compression device structured to axially bias said number of die spacers ; and whereby said number of die spacers and said number of dies are biased upwardly. a tool pack housing assembly defining a passage and including an inner surface , an upper sidewall , a lower sidewall , a first lateral sidewall , a second lateral sidewall , a rear sidewall , and a door ; said tool pack housing assembly passage extending generally vertically; a number of die spacers , each die spacer structured to support a die and defining a central passage ; a number of dies , each die including a body defining a central passage ; and a number of die spacers and a number of dies disposed in said tool pack housing assembly ; the tool pack being characterised by : a compression device disposed at said tool pack housing assembly lower sidewall , said compression device structured to axially bias said number of die spacers ; and whereby said number of die spacers and said number of dies are biased upwardly. a compression device disposed at said tool pack housing assembly lower sidewall , said compression device structured to axially bias said number of die spacers ; and whereby said number of die spacers and said number of dies are biased upwardly.