mhurhangee/ep-ind-claims huggingface dataset:
A method for selecting a communication mode between a first and a second user of at least one communication network, comprising the following steps: - receiving a request sent by the first user in order to be placed into communication with the second user, - determining available communication modes between the first and second user based on at least one status parameter of the second user (102 and 103) deduced from the location of said second user and from an activity associated with that location. - receiving a request sent by the first user in order to be placed into communication with the second user, - determining available communication modes between the first and second user based on at least one status parameter of the second user (102 and 103) deduced from the location of said second user and from an activity associated with that location.
Hollow-wall box for electrical-installation purposes, having a cup-like box body which has an opening on one side and is intended for inserting into a hole cutout in an installation wall and for accommodating an appliance insert, and having a bearing periphery which encloses the opening of the box body in a flange-like manner and is intended for butting against the installation wall, and having a claw-fastening means with claw-like retaining elements which are guided on the outside of the box body and can be actuated by means of a respective installation screw, wherein the box body and the bearing periphery are designed in the form of separate, individual parts, wherein the bearing periphery is formed by a frame-like, flat carrying element in the manner of a carrying ring which is customary for electrical-installation appliances, and wherein the carrying element and the box body can be installed together by way of the installation screws of the claw-fastening means, it being possible for the carrying element to be adjusted relative to the box body in an installation plane for alignment purposes, characterized in that the carrying element, in the region of each installation screw, has a retaining crosspiece, which engages in the box body and is spaced apart from the carrying element, parallel thereto, wherein the carrying element and each retaining crosspiece has aligned through-openings (24, 26) for the respective installation screw such that a head of the installation screw is arranged in a recessed manner in the region between the carrying element and the retaining crosspiece.
A method of acquiring a marine seismic survey, comprising: depositing on a seafloor a line of cable sections extending in a first direction, the line of cable sections having a first end and a second end and comprising a plurality of cable sections aligned end-to-end, the line of cable sections including a plurality of seismic wavefield receivers; moving the line of cable sections by collecting cable sections from the second end of the line and depositing cable sections at the first end of the line so that the line of cable sections travels in the first direction; and using at least one source vessel to provide acoustical waveforms while the line of cable sections is moving, the acoustical waveforms received by the plurality of seismic wavefield receivers in the line of cable sections so as to enable generation of a seismic survey. depositing on a seafloor a line of cable sections extending in a first direction, the line of cable sections having a first end and a second end and comprising a plurality of cable sections aligned end-to-end, the line of cable sections including a plurality of seismic wavefield receivers; moving the line of cable sections by collecting cable sections from the second end of the line and depositing cable sections at the first end of the line so that the line of cable sections travels in the first direction; and using at least one source vessel to provide acoustical waveforms while the line of cable sections is moving, the acoustical waveforms received by the plurality of seismic wavefield receivers in the line of cable sections so as to enable generation of a seismic survey.
A microcontroller comprising a first integrated circuit configured to receive power from a power supply comprising a second integrated circuit via at least one power input terminal and wherein at least one communication terminal provides for communication between the microcontroller and the power supply, wherein the microcontroller is configured to provide for encrypted communication between the power supply and the microcontroller based on a pre-shared encryption key, the encrypted communication configured to provide for authentication of the identity of the power supply and, if the power supply passes the authentication, the microcontroller is configured to operate in a normal mode and receive said power from the power supply, and if the power supply fails authentication, the microcontroller is configured to enter a tamper mode, wherein said microcontroller is configured to request a change to the power provided by the power supply using said encrypted communication and said authentication of the power supply is based on a determination by the microcontroller that the requested change in power has been received over the power supply line.
Lubricant composition for minimum quantity lubrication in metalworking, characterized in that the composition comprises 0.05 to 5 wt.% of emulsifier, relative to the total weight of the composition, and a proportion of an aliphatic C 16-24 alcohol supplementing the composition to 100%, wherein the emulsifier is a glycolic acid alkoxylate alkyl ether, or a mixtures thereof with a fatty alcohol polyalkylene glycol ether, wherein the glycolic acid alkoxylate alkyl ether has the formula R 2 -O-[(CH 2 CH 2 O) x -(CH 2 CH(CH 3)O) y]-CH 2 -COOH wherein R 2 is an aliphatic, branched or linear C 6-20 alkyl or alkylene residue, wherein x = 0 to 10, y = 0 to 10, and x + y = 1 to 10.
A method of making a semiconductor device comprising: disposing a mask (5/6) on an upper surface of a source/emitter layer (4/19) of semiconductor material of a first conductivity type, wherein the source/emitter layer is on a channel layer (3/18) of semiconductor material of the first conductivity type or a base layer of semiconductor material of a second conductivity type different than the first conductivity type, wherein the channel or base layer is on a drift layer of semiconductor material of the first conductivity type and wherein the drift layer is on a semiconductor substrate layer; selectively etching through the source/emitter layer (4/19) and into the underlying channel or base layer (3/18) through openings in the mask to form one or more etched features having bottom surfaces and sidewalls; epitaxially growing semiconductor material of the second conductivity type on the bottom surfaces and sidewalls of the etched features through openings in the mask to form gate regions/base contact regions, wherein the mask inhibits growth on the masked upper surface of the source/emitter layer; subsequently filling the etched features with a planarizing material; etching the gate regions/base contact regions until the gate regions/base contact regions no longer contact the source/emitter layer; and removing mask (5/6) and planarizing material remaining after etching the gate regions/base contact regions. disposing a mask (5/6) on an upper surface of a source/emitter layer (4/19) of semiconductor material of a first conductivity type, wherein the source/emitter layer is on a channel layer (3/18) of semiconductor material of the first conductivity type or a base layer of semiconductor material of a second conductivity type different than the first conductivity type, wherein the channel or base layer is on a drift layer of semiconductor material of the first conductivity type and wherein the drift layer is on a semiconductor substrate layer; selectively etching through the source/emitter layer (4/19) and into the underlying channel or base layer (3/18) through openings in the mask to form one or more etched features having bottom surfaces and sidewalls; epitaxially growing semiconductor material of the second conductivity type on the bottom surfaces and sidewalls of the etched features through openings in the mask to form gate regions/base contact regions, wherein the mask inhibits growth on the masked upper surface of the source/emitter layer; subsequently filling the etched features with a planarizing material; etching the gate regions/base contact regions until the gate regions/base contact regions no longer contact the source/emitter layer; and removing mask (5/6) and planarizing material remaining after etching the gate regions/base contact regions.
A method for treating a surface of a marine object exposed to seawater with an antifouling paint, comprising: providing an antifouling paint comprising a porous silicate and a sterol-ester, the porous silicate having a particle size of between 15 and 60 μm and being in a concentration of between 18 and 60 weight percent, the porous silicate comprising calcium, magnesium or calcium-magnesium; partially loading an inside of the porous silicate with binders and solvents, the porous silicate releasing divalent cations from the inside of the porous silicate; the porous silicate releasing the divalent cations when in contact with seawater; applying the sterol-ester to an external surface of the porous silicate to encapsulate the porous silicate so that the sterol-ester slows down but not prevent the release of divalent cations from the porous silicate; applying the antifouling paint to a surface of the marine object; and using the released divalent cations to provide an anti-fouling effect on the surface of the marine object exposed to seawater. providing an antifouling paint comprising a porous silicate and a sterol-ester, the porous silicate having a particle size of between 15 and 60 μm and being in a concentration of between 18 and 60 weight percent, the porous silicate comprising calcium, magnesium or calcium-magnesium; partially loading an inside of the porous silicate with binders and solvents, the porous silicate releasing divalent cations from the inside of the porous silicate; the porous silicate releasing the divalent cations when in contact with seawater; applying the sterol-ester to an external surface of the porous silicate to encapsulate the porous silicate so that the sterol-ester slows down but not prevent the release of divalent cations from the porous silicate; applying the antifouling paint to a surface of the marine object; and using the released divalent cations to provide an anti-fouling effect on the surface of the marine object exposed to seawater.
Mold element for foundation molds of buildings, the mold element comprising a coarse-meshed steel bar mesh which is manufactured of steel bars (2, 3), the steel bars (2, 3) being fixed to each other at cross-over points thereof, the steel bar mesh being designed as an elongated gutter which has a bottom and side walls and feet between the bottom and side walls, the feet being formed of bended steel bars of the steel bar mesh, and in addition, the side walls are provided with wall material which retains the concrete casting between the side walls which are not supported to avoid the side walls to move away from each other by the pressure caused by the concrete casting, characterized in that the unsupported side walls approach each other when going in direction upwards from feet towards upper edges of the side walls, the angle of approach being in the area of 3 - 45 degrees separately for each wall, and that the bends of feet are over-bended such that the unsupported side walls approach each other more than their desired final position after concrete casting of the foundation.
A handheld vacuum cleaner comprising: - an air inlet, - an air outlet, - a fan configured to rotate around a fan axis (ax) to create an air flow through an air flow path extending from the air inlet to the air outlet, and - a separation device arranged in the air flow path, the separation device being configured to separate dust from air flowing through the air flow path, wherein the air flow path comprises a sound reducing section extending from the fan in an extension direction (d), and wherein the angle between the extension direction (d) and the fan axis (ax) is less than 45 degrees characterized in that the sound reducing section comprises a first portion and a second portion downstream of the first portion, and wherein a cross sectional area of the second portion is smaller than the cross sectional area of the first portion. - an air inlet, - an air outlet, - a fan configured to rotate around a fan axis (ax) to create an air flow through an air flow path extending from the air inlet to the air outlet, and - a separation device arranged in the air flow path, the separation device being configured to separate dust from air flowing through the air flow path, wherein the air flow path comprises a sound reducing section extending from the fan in an extension direction (d), and wherein the angle between the extension direction (d) and the fan axis (ax) is less than 45 degrees characterized in that the sound reducing section comprises a first portion and a second portion downstream of the first portion, and wherein a cross sectional area of the second portion is smaller than the cross sectional area of the first portion.
An orally-administrated combination for use in regenerative therapy in patients with type 1 diabetes mellitus, namely, for recovery of the β-cells of the pancreas, characterized in that it consists of: a medication belonging to the group of dipeptidyl peptidase (DPP-4) inhibitors and contains a therapeutically effective amount of DPP-4 inhibitor, which makes up to 25 to 100 mg/day; a medication of the proton pump inhibitor group which contains a therapeutically effective amount of PPI, comprising 10 to 40 mg/day; and therapeutically effective daily dose of gamma-aminobutyric acid preparation (GABA) or gamma amino butyric acid receptor agonist of 375 to 1500 mg/day.
An aqueous seed treatment composition comprising: an aqueous polyurethane dispersion; and one or more insecticides, fungicides, nematicides, and/or other pesticides, wherein the aqueous polyurethane dispersion forms a film exhibiting: (a) a glass transition temperature, T g, of -48°C to -4°C, (b) a percent elongation of 44 to 300, (c) a tensile strength of 17.2 MPa (2500 Ib/in 2) to 28.3 MPa (4100 Ib/in 2 and (d) optionally a microhardness of up to 45.4 N/mm 2, wherein the seed is selected from the group consisting of corn seed, sorghum seed, oat seed, rye seed, barley seed, soybean seed, vegetable seed, wheat seed, sugarbeat seed, rice, sunflower seed, lettuce seed, and spinach seed. an aqueous polyurethane dispersion; and one or more insecticides, fungicides, nematicides, and/or other pesticides, wherein the aqueous polyurethane dispersion forms a film exhibiting: (a) a glass transition temperature, T g, of -48°C to -4°C, (b) a percent elongation of 44 to 300, (c) a tensile strength of 17.2 MPa (2500 Ib/in 2) to 28.3 MPa (4100 Ib/in 2 and (d) optionally a microhardness of up to 45.4 N/mm 2, wherein the seed is selected from the group consisting of corn seed, sorghum seed, oat seed, rye seed, barley seed, soybean seed, vegetable seed, wheat seed, sugarbeat seed, rice, sunflower seed, lettuce seed, and spinach seed. (a) a glass transition temperature, T g, of -48°C to -4°C, (b) a percent elongation of 44 to 300, (c) a tensile strength of 17.2 MPa (2500 Ib/in 2) to 28.3 MPa (4100 Ib/in 2 and (d) optionally a microhardness of up to 45.4 N/mm 2,
A roll control system for a vehicle having a pair of front wheels (58, 60) each rotatable on a front axle and a pair of rear wheels (58, 60) each rotatable on a rear axle, the system comprising a front torsion bar; a front first hydraulic actuator attached to one end of the front torsion bar and connectable to the front axle; a front second hydraulic actuator attached to the other end of the front torsion bar and connectable to the front axle; a rear torsion bar; a rear first hydraulic actuator attached to one end of the rear torsion bar and connectable to the rear axle; a rear second hydraulic actuator attached to the other end of the front torsion bar and connectable to the rear axle; and control means (62, 64) connected to the hydraulic actuators and controlling the operation thereof on detection of a predetermined vehicle condition; wherein each hydraulic actuator comprises a housing (22, 22', 30, 30'), a piston (38, 38', 48, 48') making a sealing sliding fit inside the housing to define a first fluid chamber (40, 40', 42, 42') and a second fluid chamber (50, 50', 52, 52'), and a piston rod (18, 18', 26, 26') connected to the piston and extending through the second fluid chamber and out of the housing; wherein the control means comprises a source of fluid pressure, a fluid reservoir, a pressure control valve fluidly connected between the pressure source and the reservoir, characterised in that at least three pressure relief valves each having two positions to selectively fluidly connect the fluid chambers of the hydraulic actuators either to the pressure source or to the fluid reservoir; wherein the pressure relief valves are positioned on detection of the predetermined vehicle condition to apply a fluid pressure to the first fluid chamber of the first front hydraulic actuator and to the second fluid chamber of the second front hydraulic actuator, and/or to apply a fluid pressure to the second fluid chamber of the first front hydraulic actuator and to the first fluid chamber of the second front hydraulic actuator, and/or to apply a fluid pressure to the first fluid chamber of the first rear hydraulic actuator and to the second fluid chamber of the second rear hydraulic actuator, and/or to apply a fluid pressure to the second fluid chamber of the first rear hydraulic actuator and to the first fluid chamber of the second rear hydraulic actuator.
A composition comprising at least one biological control agent which is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and at least one fungicide selected from the group consisting of fosetyl-aluminium, fosetyl-calcium and fosetyl-sodium, wherein the synergistic weight ratio of biological control agent and fungicide is between 1:0.0001 and 1:1.
An image forming apparatus including a power switch that can be subjected by a user to an off operation for turning off a power supply of a part of the image forming apparatus as a power saving mode, and an on operation for turning on the power supply to resume from the power saving mode, the apparatus further comprising: a determination unit configured to determine whether or not a time period that has elapsed from a time point designated based on a detection of an off operation of the power switch to a time point designated based on a detection of an on operation of the power switch is not longer than a predetermined time period; and a restart unit (24, 42) configured to shutdown and restart the image forming apparatus if the elapsed time period is not longer than the predetermined time period. a determination unit configured to determine whether or not a time period that has elapsed from a time point designated based on a detection of an off operation of the power switch to a time point designated based on a detection of an on operation of the power switch is not longer than a predetermined time period; and a restart unit (24, 42) configured to shutdown and restart the image forming apparatus if the elapsed time period is not longer than the predetermined time period.
Adhesive tape for longitudinally sheathing elongate goods, comprising a first tape-like carrier and at least one adhesive layer which is applied on one side of the first carrier and which extends over the entire width of the first carrier, wherein a second carrier is laminated onto the adhesive layer, said second carrier having a smaller width than the width of the first carrier, as a result of which the first carrier protrudes along with the adhesive layer at least in relation to a side edge of the second carrier, wherein the second carrier is not provided with an adhesive layer and is intended to be the carrier next to the elongate goods in the sheathed state of the elongate goods, characterized in that the first carrier is composed of an aluminium composite material and the second carrier is composed of a PET woven fabric, wherein the aluminium composite material is composed of at least two layers, of which the first layer is an aluminium layer and the second layer, onto which the adhesive layer is applied, is composed of a temperature-resistant plastic film or of textile carrier material.
A method to be performed in a media service device comprising a microprocessor, said method comprising: assigning a channel combination of a major channel number and a minor channel number to a media service which is not pre-assigned with another channel combination, said major channel number being associated with said media service and different contents of said media service being associated with different minor channel numbers, the method being characterized by assigning to a first content of the media service older than a second content of the media service a lower minor channel number approaching zero than the minor channel number assigned to the second content of the media service. assigning a channel combination of a major channel number and a minor channel number to a media service which is not pre-assigned with another channel combination, said major channel number being associated with said media service and different contents of said media service being associated with different minor channel numbers, the method being characterized by assigning to a first content of the media service older than a second content of the media service a lower minor channel number approaching zero than the minor channel number assigned to the second content of the media service.
Method for toggling from a primary HSS server to a backup HSS server in an IP network, said network comprising a plurality of CSCF servers, respectively, application servers, (C1, C2), in which, subsequent to the detection of a loss of connection between one of said CSCF servers, respectively, application servers, and a primary HSS server to which it is normally connected, this CSCF server, respectively, application server, connects to a backup HSS server (H'), characterized in that it also comprises the following steps: a) a predetermined broadcasting device is informed of said loss of connection with said HSS server, b) said broadcasting device dispatches, at least to the other CSCF servers, respectively, application servers, normally connected to said primary HSS, a predetermined fault message containing the reference of said primary HSS server, and c) said other CSCF servers, respectively, application servers, connect to said backup HSS server (H'). a) a predetermined broadcasting device is informed of said loss of connection with said HSS server, b) said broadcasting device dispatches, at least to the other CSCF servers, respectively, application servers, normally connected to said primary HSS, a predetermined fault message containing the reference of said primary HSS server, and c) said other CSCF servers, respectively, application servers, connect to said backup HSS server (H').