mhurhangee/ep-ind-claims huggingface dataset:
Switch, in particular for an overhead control unit of a vehicle, comprising a switch plunger which is displaceably guided on at least three sides in each case via a linear guide in a housing opening of the switch housing, wherein the linear guides are each formed by a guiding groove of one part and a guide projection of the other part, which is formed to be resilient and is guided therein, and wherein the two opposite groove flanks of the guiding groove are curved to the inside towards the groove bottom or extend in a V-shape towards one another, characterized in that the guide projection abuts each of the two groove flanks with only one edge and is hollow in its inside.
A configurable cross point switching system comprising: a component die including logic components and a switching interface region to allow connection of the logic components; characterized in: a first switching die located on the component die, the first switching die including an ingress stage switch (202, 204) having an input and an output and a middle stage switch (220, 222) having an input; a multiplexer (206, 208, 210, 212) having an input coupled to the output of the ingress stage switch and an output coupled to the input of the middle stage switch; an input through-silicon via, TSV (260, 400, 402), coupled between an input port in the switching interface region and the input of the ingress stage switch; and a second input TSV (270, 432, 434, 436, 438, 460, 462, 464, 466) coupled between a second input port in the switching interface region of the component die and another input of the multiplexer. a component die including logic components and a switching interface region to allow connection of the logic components; characterized in: a first switching die located on the component die, the first switching die including an ingress stage switch (202, 204) having an input and an output and a middle stage switch (220, 222) having an input; a multiplexer (206, 208, 210, 212) having an input coupled to the output of the ingress stage switch and an output coupled to the input of the middle stage switch; an input through-silicon via, TSV (260, 400, 402), coupled between an input port in the switching interface region and the input of the ingress stage switch; and a second input TSV (270, 432, 434, 436, 438, 460, 462, 464, 466) coupled between a second input port in the switching interface region of the component die and another input of the multiplexer. a first switching die located on the component die, the first switching die including an ingress stage switch (202, 204) having an input and an output and a middle stage switch (220, 222) having an input; a multiplexer (206, 208, 210, 212) having an input coupled to the output of the ingress stage switch and an output coupled to the input of the middle stage switch; an input through-silicon via, TSV (260, 400, 402), coupled between an input port in the switching interface region and the input of the ingress stage switch; and a second input TSV (270, 432, 434, 436, 438, 460, 462, 464, 466) coupled between a second input port in the switching interface region of the component die and another input of the multiplexer.
A process for recovering lipids from microorganisms comprising the steps: (a) growing said microorganisms in a culture medium; (b) treating microorganism cells from said culture medium without drying said cells, which treating includes rupturing or lysing the cells, to release lipids which are present in the cells; (c) subjecting the culture medium containing the released lipids to gravity separation to form a light lipid-containing phase and a heavy phase; (d) separating said light phase from said heavy phase; (e) treating said light phase to break an emulsion formed between said lipid and water; and (f) recovering a crude lipid, wherein the lipids contain an omega-3 or omega-6 highly unsaturated fatty acid and wherein the process is performed without using a nonpolar organic solvent. (a) growing said microorganisms in a culture medium; (b) treating microorganism cells from said culture medium without drying said cells, which treating includes rupturing or lysing the cells, to release lipids which are present in the cells; (c) subjecting the culture medium containing the released lipids to gravity separation to form a light lipid-containing phase and a heavy phase; (d) separating said light phase from said heavy phase; (e) treating said light phase to break an emulsion formed between said lipid and water; and (f) recovering a crude lipid,
Carbenoxolone or 18β-Glycyrrhetinic acid, or a salt, or solvate thereof, for use in a method for treating a polyQ tract expansion disease or disorder, said method comprising administering to a subject having or suspected of having a polyQ tract expansion disease or disorder, or carrying a polyQ tract expansion mutation of a gene implicated in a polyQ tract expansion disease or disorder, or expressing a polyQ tract-expanded polypeptide implicated in a polyQ tract expansion disease or disorder, an effective amount of said carbenoxolone or 18β-Glycyrrhetinic acid, or salt, or solvate thereof.
Machine for treating laundry, having an oscillation unit that comprises a laundry drum rotatably mounted therein, contains at least one ballast mass (12, 13) and is mounted so as to move in an oscillatory manner within a housing, so that deflection forces that arise from the laundry drum when spinning wet laundry can substantially be kept away from the housing, wherein at least one body (4, 11, 12) connected to the oscillation unit comprises a structure (13, 14) which produces an intrinsic energy dissipation during an oscillating motion of the body (4, 11, 12), characterised in that the structure (13, 14) consists of capsules which contain cavities in which freely moving particles are contained, the energy dissipation being produced by partially elastic impacts and/or by friction of the particles with one another, or a medium is contained which because of its motion produces the energy dissipation by internal structure friction, and that the capsules are moulded as prefabricated bodies in the material of the body (4, 11, 12) connected to the oscillation unit.
An attachment member for attaching mounting rails for solar panels to an underlying construction element such as a rafter or a concrete deck, comprising: a) a massive or semi-massive connection member having a longitudinal axis, and an upper end and a lower end; and b) a mount or a bracket attached to the upper portion of the connecting member and configured for mounting mounting rails for attachment of solar panels, or a unit for attachment of a mount or a bracket for mounting mounting rails for attachment of solar panels, the unit being attached to the upper portion of the connecting member; and the attachment member further comprising: c) at least one lower attachment element configured to be mounted in the underlying construction element and attached to the connection member where the connection member is configured to transfer load from the mount, the bracket or the unit to the at least one lower attachment element, where the connection member comprises a lower connection surface extending basically perpendicular to the longitudinal axis of the connection member, where the lower connection surface is configured to bear against the underlying construction element and hereby provide a stabilising lower connection surface when the attachment member is mounted to the underlying construction element, where the at least one lower attachment element protrudes from the lower connection surface and extends along the longitudinal axis of the connection member, characterised in that the connection member comprises a plurality of spikes protruding from the lower contact surface. a) a massive or semi-massive connection member having a longitudinal axis, and an upper end and a lower end; and b) a mount or a bracket attached to the upper portion of the connecting member and configured for mounting mounting rails for attachment of solar panels, or a unit for attachment of a mount or a bracket for mounting mounting rails for attachment of solar panels, the unit being attached to the upper portion of the connecting member;
A hot water supply device comprising: a cold water supply line for supplying cold water; a hot water supply line for supplying hot water to a hot water usage part; and a high-temperature hot water discharge prevention means provided, along a hot water supply channel of these lines to the hot water usage part, for preventing high-temperature hot water discharge to the hot water usage part; wherein the high-temperature hot water discharge prevention means is configured from heat exchanger means for effecting heat exchange between the hot water in the hot water supply line and the cold water in the cold water supply line and flow rate control means provided to control the flow rates of the hot water in the hot water supply line or the cold water in the cold water supply line, the flow rate control means is configured to execute control in response to the temperature of the hot water, characterized in that the flow rate control means comprises a thermosensitive element for detecting hot water temperature, the thermosensitive element is configured to actuate and limit a quantity of cold water supplied through an inlet part of heat exchanger line (11, 15) of cold water supply-side line when the temperature of the hot water detected by the thermosensitive element is a predetermined temperature or above, the flow rate control means is configured to execute an open/close control of a communication part for bypassing between the hot water supply line and the cold water supply line and configured to open a communication part so that the water passes from a cold water supply side to a hot water supply side when the temperature of the hot water detected by the thermosensitive element is a predetermined temperature or above to ensure a supply of hot water at a predetermined temperature or below, and the flow rate control means is provided within the heat exchanger means. a cold water supply line for supplying cold water; a hot water supply line for supplying hot water to a hot water usage part; and a high-temperature hot water discharge prevention means provided, along a hot water supply channel of these lines to the hot water usage part, for preventing high-temperature hot water discharge to the hot water usage part; wherein
Progressive addition lens comprising a first fitting point and a near vision reference point located on a first face (6, 7) of the lens, the first fitting point having an optical spherical power suitable for far vision in day light conditions, the first fitting point being positioned on a straight horizontal eye gaze direction when a user wears the progressive addition lens mounted in a frame with a null user head declination angle, the near vision reference point being positioned on a downward eye gaze direction when the user wears the progressive addition lens mounted in the frame, the progressive addition lens comprising a first optical spherical power variation between the first fitting point and the near vision reference point, wherein the progressive addition lens further comprises: a second fitting point and a night vision reference point located on a second face (6, 7) of the lens, the second fitting point being positioned on a straight horizontal eye gaze direction when the user wears the progressive addition lens mounted in the frame with a null user head declination angle, the night vision reference point having an optical spherical power suitable for far vision in night time conditions, the night vision reference point being positioned on an eye gaze direction inclined by an upward eye gaze declination angle when the user wears the progressive addition lens mounted in the frame with a downward head declination angle opposite to the upward eye gaze declination angle without moving the frame relatively to the user's face, the progressive addition lens comprising a second optical spherical power variation between the second fitting point (11, 18) and the night vision reference point, said night vision reference point having a lower optical spherical power than the second fitting point 18), characterised in that the first optical spherical power variation between the first fitting point and the near vision reference point is formed on the first face (6, 7) of the progressive addition lens and the second optical spherical power variation is formed on the second face (6, 7) of the progressive addition lens.
Method for detecting a direct current component in an inductive device, for example in a transformer or an inductor, comprising the following method steps using a computer: - recording an oscillation signal, either of the sound emitted by the device or of the mechanical oscillation of the device, - determining the frequency spectrum of the oscillation signal, - determining the oscillation value of at least one odd harmonic in the frequency spectrum, - comparing the oscillation value of the odd harmonic with the oscillation value of at least one even harmonic in the frequency spectrum, - determining a direct current component if the oscillation value of the odd harmonic differs by a predefined extent from the oscillation value of the even harmonic, characterized in that the two largest oscillation values of the even frequencies are related to one another, and the presence of a direct current component is provided with an uncertainty factor in the event of a ratio greater than a predefined ratio. - recording an oscillation signal, either of the sound emitted by the device or of the mechanical oscillation of the device, - determining the frequency spectrum of the oscillation signal, - determining the oscillation value of at least one odd harmonic in the frequency spectrum, - comparing the oscillation value of the odd harmonic with the oscillation value of at least one even harmonic in the frequency spectrum, - determining a direct current component if the oscillation value of the odd harmonic differs by a predefined extent from the oscillation value of the even harmonic, characterized in that the two largest oscillation values of the even frequencies are related to one another, and the presence of a direct current component is provided with an uncertainty factor in the event of a ratio greater than a predefined ratio.
A drawer, in particular a warming drawer with the household furniture and/or household apparatus such as an oven and similar, comprising a container for goods to be stored in the drawer, and a front panel which closes the container, said container consisting of a 1 bottom, side walls (4, 5) and a back wall, wherein at the side facing the interior of the drawer a carrier plate rests with a surface thereof against and 1 is attached to the front panel, wherein a casing is arranged on the carrier plate at the side averted from the front panel, characterized in that the front panel is made of glass or wood, in that said carrier plate: is formed at the side averted from the bottom with a fold which is spaced from the front panel, thus, creating a gap between the front panel and the carrier plate, said gap cooperating with the casing, wherein said casing is formed at the side averted from a bottom with a top wall which at the side facing the carrier plate comprises a holding fold extending approximately in parallel with the carrier plate, said holding fold being configured to cooperate with said gap and wherein the top wall of the casing is formed with a cut-out being configured to receive a display, a control unit and a regulation electronic unit.
A method for producing a cationic lipid, wherein a cationic lipid represented by formula is mixed with a tetraalkylammonium salt having X - in an organic solvent, and after separating a tetraalkylammonium iodide deposited by filtration to obtain a filtrate, the filtrate is concentrated to deposit at least a tetraalkylammonium iodide, thereby obtaining a cationic lipid represented by formula: wherein, in the formula, R 1, R 2 and R 3 each represents a hydrocarbon group having from 1 to 6 carbon atoms, and R 4 and R 5 each represents an acyl having from 10 to 22 carbon atoms or a hydrocarbon group having from 10 to 22 carbon atoms; wherein, in the formula, R 1, R 2 and R 3 each represents a hydrocarbon group having from 1 to 6 carbon atoms, R 4 and R 5 each represents an acyl having from 10 to 22 carbon atoms or a hydrocarbon group having from 10 to 22 carbon atoms, and X - represents a chloride ion, a bromide ion, a fluoride ion, an acetate ion, a methanesulfonate ion or a p-toluenesulfonate ion.
A washer having a housing, a loading/unloading port that opens and closes when laundry is loaded or unloaded, a water storage section disposed below the loading/unloading port, a water supply device that supplies water to the water storage section, and a water drainage device that drains water from the water storage section, the washer comprising: a movable shelf for placing the laundry thereon; and a shelf drive mechanism that is configured to move the movable shelf in vertical direction, characterized in that the shelf drive mechanism is configured to place the movable shelf in an upper position when the laundry is loaded or unloaded through the loading/unloading port, and to place the movable shelf in a lower position when the laundry is washed in the water storage section. a movable shelf for placing the laundry thereon; and a shelf drive mechanism that is configured to move the movable shelf in vertical direction, characterized in that the shelf drive mechanism is configured to place the movable shelf in an upper position when the laundry is loaded or unloaded through the loading/unloading port, and to place the movable shelf in a lower position when the laundry is washed in the water storage section.
A fluidic die comprising: an array of field effect transistors; connecting members (16, 56, 164, 212, 256, 306, 356, 408, 458, 508, 608, 804) interconnecting at least some of the field effect transistors of the array of field effect transistors, the field effect transistors of the array arranged into respective sets of field effect transistors; a first fluid actuator (14a, 54a, 104a, 154a, 204a, 254a, 304a, 354a, 410a, 460a, 510a, 610a, 806a) connected to a first respective set of field effect transistors (12a, 52a-b, 102a-b, 152a-c, 202d, 252a-c, 302a-d, 352a-d, 404a-c, 454a-b, 504a-c, 604a-c, 802a-c) having a first number of field effect transistors; and a second fluid actuator (14b, 54b, 104b, 154b, 204b, 254b, 304b, 354b, 410b, 460b, 510b, 610b, 806b) connected to a second respective set of field effect transistors (12b-c, 52c, 102c, 152d, 202a-c, 252d, 302e, 352e, 404d-e, 454c, 504d, 604d, 802d) comprising a second number of field effect transistors that is different than the first number of field effect transistors; characterized in that field effect transistors interconnected into a respective set with the connecting members are connected in parallel. an array of field effect transistors; connecting members (16, 56, 164, 212, 256, 306, 356, 408, 458, 508, 608, 804) interconnecting at least some of the field effect transistors of the array of field effect transistors, the field effect transistors of the array arranged into respective sets of field effect transistors; a first fluid actuator (14a, 54a, 104a, 154a, 204a, 254a, 304a, 354a, 410a, 460a, 510a, 610a, 806a) connected to a first respective set of field effect transistors (12a, 52a-b, 102a-b, 152a-c, 202d, 252a-c, 302a-d, 352a-d, 404a-c, 454a-b, 504a-c, 604a-c, 802a-c) having a first number of field effect transistors; and a second fluid actuator (14b, 54b, 104b, 154b, 204b, 254b, 304b, 354b, 410b, 460b, 510b, 610b, 806b) connected to a second respective set of field effect transistors (12b-c, 52c, 102c, 152d, 202a-c, 252d, 302e, 352e, 404d-e, 454c, 504d, 604d, 802d) comprising a second number of field effect transistors that is different than the first number of field effect transistors; characterized in that field effect transistors interconnected into a respective set with the connecting members are connected in parallel.
A user equipment configured for uplink Multiple-Input Multiple-Output, MIMO, transmissions, the user equipment comprising a transceiver and a processor, wherein the transceiver is configured to: transmit multiple pilot signals (51, 52); and receive, from a NodeB, transmit power control commands for adjusting the transmission power of a first pilot signal associated with a first stream; and wherein the processor is configured to adjust the transmission power of said first pilot signal in accordance with said transmit power control commands while adjusting the transmission power of a second pilot signal associated with a second stream so that a fixed power difference between said first pilot signal and said second pilot signal is maintained, wherein the transceiver is further configured to receive, from the NodeB, signaling for updating a power offset to be applied by the user equipment when computing the number of bits that can be transmitted in a time transmission interval, TTI, on at least one physical channel transmitted on the second stream associated with said second pilot signal; and wherein the processor is further configured to: update said power offset in accordance with said signaling; and compute the number of bits the user equipment can transmit on said second stream based on said power offset. transmit multiple pilot signals (51, 52); and receive, from a NodeB, transmit power control commands for adjusting the transmission power of a first pilot signal associated with a first stream; and update said power offset in accordance with said signaling; and compute the number of bits the user equipment can transmit on said second stream based on said power offset.
An orthodontic appliance for adjusting the position of teeth of a patient, comprising: a tooth-clasping arrangement shaped to secure the orthodontic appliance to at least one tooth; and a flexible arrangement connected to the tooth-clasping arrangement, wherein the flexible arrangement is less rigid than the tooth-clasping arrangement, wherein the flexible arrangement comprises flexible interconnecting elements having resilient properties providing forces to move the teeth, and wherein the tooth-clasping arrangement and the flexible arrangement are integral parts of a unit forming a shell of the orthodontic appliance, characterized in that the material in the flexible arrangement is formed with a pattern of voids that causes the material in the flexible arrangement to be more flexible than the material in the tooth-clasping arrangement. a tooth-clasping arrangement shaped to secure the orthodontic appliance to at least one tooth; and a flexible arrangement connected to the tooth-clasping arrangement, wherein the flexible arrangement is less rigid than the tooth-clasping arrangement, wherein the flexible arrangement comprises flexible interconnecting elements having resilient properties providing forces to move the teeth, and wherein the tooth-clasping arrangement and the flexible arrangement are integral parts of a unit forming a shell of the orthodontic appliance, characterized in that the material in the flexible arrangement is formed with a pattern of voids that causes the material in the flexible arrangement to be more flexible than the material in the tooth-clasping arrangement.