mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an electrically controllable technical device, in particular a machine, an installation, a device or a technical process, comprising a signal and data-processing control device, a control panel operatively connected to the control device and combined structurally with the latter or positioned separately and with input means for the delivery of control commands to the technical device as well as for the input of data into the control device by an operator, which control panel comprises a graphical output means for representing portions of all of the available information for an operator, in particular of status information on the operational or process status of the controllable, technical device, characterised by - providing at least one first screen layout, which is designed for showing a first portion of information on the graphical output means and is provided for viewing from an immediate operating area of the control panel; - providing at least one second screen layout, which is designed for showing a second portion of information on the graphical output means and is provided for viewing from a comparatively large distance, in particular from outside an immediate operating area of the operating panel or the technical device; - automated detection of the presence and/or absence of a person in the immediate operating area of the operating panel or the technical device; and - automated switching between the first and second screen layout (10, 11) by way of the established status concerning the presence and/or absence of a person in the immediate operating area of the operating panel or the technical device. - providing at least one first screen layout, which is designed for showing a first portion of information on the graphical output means and is provided for viewing from an immediate operating area of the control panel; - providing at least one second screen layout, which is designed for showing a second portion of information on the graphical output means and is provided for viewing from a comparatively large distance, in particular from outside an immediate operating area of the operating panel or the technical device; - automated detection of the presence and/or absence of a person in the immediate operating area of the operating panel or the technical device; and - automated switching between the first and second screen layout (10, 11) by way of the established status concerning the presence and/or absence of a person in the immediate operating area of the operating panel or the technical device.
A method for transmitting data in a wireless local area network system, performed by a station, the method comprising: receiving control information that is broadcast by an access point, the control information including station group configuration information and time information, wherein the time information includes a start time for a contention phase and a duration for the contention phase, and wherein the station group configuration information includes bitmap information corresponding to a plurality of association identifiers, AIDs, used to identify a plurality of stations that are allowed to transmit uplink data to the access point by contending with each other; determining whether the station belongs to the plurality of stations indicated by the station group configuration information; and performing a contention with other stations in the plurality of stations during the contention phase when it is determined that the station belongs to the plurality of stations, wherein the station determines that the station belongs to the plurality of stations if a bit in the bitmap information corresponding to the station is set to one. receiving control information that is broadcast by an access point, the control information including station group configuration information and time information, wherein the time information includes a start time for a contention phase and a duration for the contention phase, and wherein the station group configuration information includes bitmap information corresponding to a plurality of association identifiers, AIDs, used to identify a plurality of stations that are allowed to transmit uplink data to the access point by contending with each other; wherein the time information includes a start time for a contention phase and a duration for the contention phase, and wherein the station group configuration information includes bitmap information corresponding to a plurality of association identifiers, AIDs, used to identify a plurality of stations that are allowed to transmit uplink data to the access point by contending with each other; determining whether the station belongs to the plurality of stations indicated by the station group configuration information; and performing a contention with other stations in the plurality of stations during the contention phase when it is determined that the station belongs to the plurality of stations, wherein the station determines that the station belongs to the plurality of stations if a bit in the bitmap information corresponding to the station is set to one.
A sphingomyelin-derived lipid represented by the formula: wherein R 1 is an alkyl group having 13 - 17 carbon atoms and R 2 is an acyl group having 12 - 24 carbon atoms.
A volatile disinfectant produced by bubbling ozone gas into a volatile solvent under stirring the volatile solvent to thereby allow the volatile solvent to contain the ozone gas, the volatile solvent containing at least one volatile liquid paraffin selected from the group consisting of a light liquid isoparaffin, a light isoparaffin, and a hydrogenated polyisobutene, one volatile silicone oil consisting of a cyclic dimethyl silicone oil, or a mixture thereof as a base, wherein the boiling point of the volatile solvent is in a range from 170°C to 200°C, the volatile disinfectant being characterized in that, when the volatile disinfectant is applied to an object, the volatile disinfectant inactivates pathogens on the object and then volatilizes from the object.
Drive assembly for a motor vehicle drive shaft comprising an engine, a gearbox, a shaft divided into two half-shafts coupled to a differential, with the assembly further comprising a hydraulic machine which is linked to the gearbox or to the differential in order to be driven by this link, characterised in that the hydraulic machine forms a bearing for one of the half-shafts.
A method for producing an absorbent body for an absorbent article including the absorbent core material containing therein hydrophilic fibers and superabsorbent polymer particles and covered with at least partially liquid-permeable cover sheet, wherein: in a step of forming a first liquid absorbent layer containing the hydrophilic fibers and the superabsorbent polymer particles in a mixed state and a second liquid absorbent layer containing the hydrophilic fibers but none of the superabsorbent polymer particles so that these two liquid absorbent layers (28,29) overlap with each other on a support running in a machine direction, the hydrophilic fibers are dispersed toward the support within a chamber partially covering the support and the superabsorbent polymer particles are dispersed toward the support from an opening of a dispersing pipe (A,B,C,D) set at least one of inside and outside the chamber wherein a distance dimension (t) between the dispersing pipe (B,C) set inside the chamber and the support is in a range of 5 to 20 mm and a distance dimension (t) between the dispersing pipe (A,D) set outside the chamber and the support is in a range of 5 to 100 mm; and the dispersing pipe (A,D) set outside the chamber is set at least one of upstream and downstream in the machine direction of the chamber. in a step of forming a first liquid absorbent layer containing the hydrophilic fibers and the superabsorbent polymer particles in a mixed state and a second liquid absorbent layer containing the hydrophilic fibers but none of the superabsorbent polymer particles so that these two liquid absorbent layers (28,29) overlap with each other on a support running in a machine direction, the hydrophilic fibers are dispersed toward the support within a chamber partially covering the support and the superabsorbent polymer particles are dispersed toward the support from an opening of a dispersing pipe (A,B,C,D) set at least one of inside and outside the chamber wherein a distance dimension (t) between the dispersing pipe (B,C) set inside the chamber and the support is in a range of 5 to 20 mm and a distance dimension (t) between the dispersing pipe (A,D) set outside the chamber and the support is in a range of 5 to 100 mm; and the dispersing pipe (A,D) set outside the chamber is set at least one of upstream and downstream in the machine direction of the chamber.
A method for recovering inorganic salt during processing of a lignocellulosic feedstock comprising: a. pretreating the lignocellulosic feedstock by adding an acid to the lignocellulosic feedstock to produce a pretreated lignocellulosic feedstock, wherein the acid is sulfuric acid; b. adding a soluble base to adjust the pretreated lignocellulosic feedstock to a pH of 4.0 to 6.0 to produce a neutralized feedstock, wherein the soluble base is ammonia or ammonium hydroxide; c. enzymatically hydrolyzing the neutralized feedstock to produce a sugar stream and an enzyme hydrolyzed feedstock; and d. recovering inorganic salt for use as a fertilizer from, a stream obtained from the neutralized feedstock, the sugar stream, or a combination thereof. a. pretreating the lignocellulosic feedstock by adding an acid to the lignocellulosic feedstock to produce a pretreated lignocellulosic feedstock, wherein the acid is sulfuric acid; b. adding a soluble base to adjust the pretreated lignocellulosic feedstock to a pH of 4.0 to 6.0 to produce a neutralized feedstock, wherein the soluble base is ammonia or ammonium hydroxide; c. enzymatically hydrolyzing the neutralized feedstock to produce a sugar stream and an enzyme hydrolyzed feedstock; and d. recovering inorganic salt for use as a fertilizer from, a stream obtained from the neutralized feedstock, the sugar stream, or a combination thereof.
An electric motor for a small electric appliance, comprising - a rotor and a stator; - a coil for the generation of a magnetic field; - a first magnet arrangement having at least one first permanent magnet (18, 20, 22, 24) which, by interaction with a magnetic field generated using the coil, generates a force for the excitation of a rotary movement of the rotor about an axis of rotation, - a second magnet arrangement which comprises at least one second permanent magnet (30, 32, 34) which is arranged such that a translatory oscillatory movement of the rotor is effected by the Lorentz force acting in the field of the second permanent magnet on the conductors of the coil through which current flows, characterized in that - either the at least one second permanent magnet is arranged such that its field not influenced by other fields would be aligned substantially parallel to the axis of rotation of the rotor, or - the at least one second permanent magnet (32, 34) is arranged such that its field not influenced by other fields would be aligned substantially radially to the axis of rotation of the rotor and the first magnet arrangement comprises a plurality of permanent magnets (18, 20, 22, 24) which are arranged concentrically to the axis of rotation and the at least one permanent magnet (32, - 34) of the second magnet arrangement is arranged between permanent magnets (18, 20, 22, 24) of the first magnet arrangement in the circumferential direction of a circular shape defined by the concentric arrangement of the permanent magnets (18, 20, 22, 24) of the first magnet arrangement. - a rotor and a stator; - a coil for the generation of a magnetic field; - a first magnet arrangement having at least one first permanent magnet (18, 20, 22, 24) which, by interaction with a magnetic field generated using the coil, generates a force for the excitation of a rotary movement of the rotor about an axis of rotation, - a second magnet arrangement which comprises at least one second permanent magnet (30, 32, 34) which is arranged such that a translatory oscillatory movement of the rotor is effected by the Lorentz force acting in the field of the second permanent magnet on the conductors of the coil through which current flows, - either the at least one second permanent magnet is arranged such that its field not influenced by other fields would be aligned substantially parallel to the axis of rotation of the rotor, or - the at least one second permanent magnet (32, 34) is arranged such that its field not influenced by other fields would be aligned substantially radially to the axis of rotation of the rotor and the first magnet arrangement comprises a plurality of permanent magnets (18, 20, 22, 24) which are arranged concentrically to the axis of rotation and the at least one permanent magnet (32, - 34) of the second magnet arrangement is arranged between permanent magnets (18, 20, 22, 24) of the first magnet arrangement in the circumferential direction of a circular shape defined by the concentric arrangement of the permanent magnets (18, 20, 22, 24) of the first magnet arrangement.
A device for emulsifying a milk-based beverage for coffee machines, comprising, operatively associated with one another, a main steam connector for connecting to the coffee machine, an intake tube for drawing milk from a milk container, a mixing body, a steam connector with a reducing hole placed between said mixing body and said main connector, a mixing element and a stabilizing element associated with said mixing body, wherein said main steam connector comprises a first safety means for the connection of said main steam connector to said coffee machine, characterised in that said main steam connector further comprises second safety means for the limited rotation of the head of said main connector so as to direct said emulsified beverage into a container.
A mixture of compounds represented by the general formulas and (I'): wherein R 1 and R 2 are the same or different and each represent any group selected from a hydrogen atom and a C1-6 alkyl group, or R 1 and R 2 are bonded to each other to form an isopropylidene group; and R 3 represents a cyano group or a nitromethyl group.
An aircraft sensor system, the system comprising: a primary module configured to be attached to an aircraft landing gear bay, the primary module operative to transmit electrical power wirelessly; a secondary module configured to be attached to an aircraft landing gear assembly, the secondary module operative to receive electrical power wirelessly from the primary module via primary inductor coils and secondary inductor coils when the landing gear assembly is in a retracted position; at least one sensor (310,312) configured to be operatively attached to a portion of the aircraft landing gear assembly and electrically coupled to the secondary module, wherein the at least one sensor is operative to measure a desired parameter of the aircraft landing gear assembly and a rechargeable energy source of the secondary module being electrically coupled to the at least one sensor, the rechargeable energy source being operative to provide electrical power to the at least one sensor when the landing gear assembly is moved to an extended position, and to store energy when the landing gear assembly is retracted. a primary module configured to be attached to an aircraft landing gear bay, the primary module operative to transmit electrical power wirelessly; a secondary module configured to be attached to an aircraft landing gear assembly, the secondary module operative to receive electrical power wirelessly from the primary module via primary inductor coils and secondary inductor coils when the landing gear assembly is in a retracted position; at least one sensor (310,312) configured to be operatively attached to a portion of the aircraft landing gear assembly and electrically coupled to the secondary module, wherein the at least one sensor is operative to measure a desired parameter of the aircraft landing gear assembly and a rechargeable energy source of the secondary module being electrically coupled to the at least one sensor, the rechargeable energy source being operative to provide electrical power to the at least one sensor when the landing gear assembly is moved to an extended position, and to store energy when the landing gear assembly is retracted.
A dual targeting scFv comprising a Tie-2 binding domain of angiopoietin 2 fused via a linker to the light chain N-terminal region of a scFv directed to VEGFR2, wherein said dual targeting scFv antibody is encoded by a sequence as set forth in SEQ ID NO:6.
Self-cutting undercut anchor, which extends along a longitudinal axis, with an expansion body and with an expansion sleeve, which has at least one expansion element at a front end, which can be swivelled outwards away from the longitudinal axis by pushing the expansion sleeve forwards onto the expansion body in the direction of the longitudinal axis of the undercut anchor, wherein the expanding sleeve has a positive-locking coupling at the rear for a non-rotatable attachment of a rotary drive tool by positive locking for a rotary drive of the expanding sleeve about the longitudinal axis and wherein the expanding element has a base body with a cutting element, which has a cutting edge (18, 19) on an outer circumference for producing an undercut in an anchor hole by rotating and simultaneously pushing the expanding sleeve onto the expanding body, characterised in that in that a cantilever element projects from the base body of the expanding element, the inner surface of which cantilever element faces the expanding body in such a way that the inner surface of the cantilever element is supported on the expanding body when the expanding element is swivelled outwards.
Compounds having general formula I wherein - R 1 represents one or a plurality of substituents chosen from trifluoromethyl, F, Cl, Br, methyl and nitro, - R 2 represents Cl or H as well as the pharmaceutically acceptable salts thereof. - R 1 represents one or a plurality of substituents chosen from trifluoromethyl, F, Cl, Br, methyl and nitro, - R 2 represents Cl or H
Process for the synthesis of crosslinked polymeric materials in the form of a macroporous gel comprising a freezing step of a solution in which the polymerization takes place in the presence of a crosslinking agent, containing the HEMA monomer and at least one HEMA-R monomer of the following formula: wherein R is the acyl residue of a natural amino acid or of a linear or branched aliphatic C 2 -C 8 chain amino acid, preferably R is the acyl residue of an amino acid selected from the group consisting of lysine, arginine, histidine, β-alanine, γ-amino-butyric acid, 6-amino-hexanoic acid, 8-amino-octanoic acid, norleucine, or glycine, and even more preferably R is the acyl residue of lysine; and wherein the molar ratio between HEMA and HEMA-R monomers is comprised between 99.9% HEMA: 0.1% HEMA-R and 0.1% HEMA: 99.9% HEMA-R.
A device for generating a negative pressure for the stabilization of a melt strip in the region of a transport device of a film machine, in particular in a manufacturing process of a plastic film, comprising - at least one main chamber for generating a first negative pressure in a first region of influence, - at least one secondary chamber for generating a second negative pressure in a second region of influence, wherein the first region of influence can be assigned to at least one main region of the melt strip and the second region of influence can be assigned to at least one edge region of the melt strip adjacent to the main region, and wherein the first negative pressure differs from the second negative pressure, in order to effect stabilization of the melt strip, wherein the main chamber is fluidically separated from the secondary chamber by a sealing element, characterized in that the sealing element makes contact with the transport device. - at least one main chamber for generating a first negative pressure in a first region of influence, - at least one secondary chamber for generating a second negative pressure in a second region of influence, wherein the first region of influence can be assigned to at least one main region of the melt strip and the second region of influence can be assigned to at least one edge region of the melt strip adjacent to the main region, and wherein the first negative pressure differs from the second negative pressure, in order to effect stabilization of the melt strip, wherein the main chamber is fluidically separated from the secondary chamber by a sealing element, characterized in that the sealing element makes contact with the transport device.
A method comprising: receiving, by a computing device, a supplemental enhancement information field in a video layer, the video layer including a plurality of layers comprising a base layer and at least one enhancement layer in a scalable video stream for a video, the supplemental enhancement information field indicating that individual buffer parameters settings are included in the video layer; receiving, by the computing device, individual buffer parameter settings for the plurality of layers from an encoder, wherein each layer includes a respective individual buffer parameter setting, wherein the individual buffer parameter settings are encoded in the supplemental enhancement information field in the video layer including the plurality of layers, and wherein the individual buffer parameter settings each specify a bitrate and/or buffer size for a respective individual buffer; applying, by the computing device, respective individual buffer parameter settings to individual buffers for respective layers in the plurality of layers; and buffering, by the computing device, the respective layers in the individual buffers according to the respective individual buffer parameter settings, wherein the respective layers are combined after the buffers to form a combined bitstream including the respective layers for decoding. receiving, by a computing device, a supplemental enhancement information field in a video layer, the video layer including a plurality of layers comprising a base layer and at least one enhancement layer in a scalable video stream for a video, the supplemental enhancement information field indicating that individual buffer parameters settings are included in the video layer; receiving, by the computing device, individual buffer parameter settings for the plurality of layers from an encoder, wherein each layer includes a respective individual buffer parameter setting, wherein the individual buffer parameter settings are encoded in the supplemental enhancement information field in the video layer including the plurality of layers, and wherein the individual buffer parameter settings each specify a bitrate and/or buffer size for a respective individual buffer; applying, by the computing device, respective individual buffer parameter settings to individual buffers for respective layers in the plurality of layers; and buffering, by the computing device, the respective layers in the individual buffers according to the respective individual buffer parameter settings, wherein the respective layers are combined after the buffers to form a combined bitstream including the respective layers for decoding.