mhurhangee/ep-ind-claims huggingface dataset:
A fluid comprising a base oil and an antioxidant, the base oil consisting of a sulfur-containing polyalkylene glycol where greater than 80 weight-percent of the fluid is a sulfur-containing polyalkylene glycol and less than one weight-percent of the fluid is water, with weight percent based on total fluid weight and wherein the sulfur-containing polyalkylene glycol is free of oxygen bound directly to sulfur.
A thermoplastic composition, suitable to be submitted to common methods of heat forming, or thermoforming, of thermoplastic materials, containing a substantially anhydrous mixture of: - cellulose particles, in combination with - particles of a thermoplastic material selected from starch or a polymer based on polyvinyl alcohol, - wherein cellulose is available in the amount of 30% by weight or in an amount ranging from 40 to 60% by weight, said percentage being calculated on 100 parts by weight of the combination of cellulose with the thermoplastic material selected from starch or a polymer based on polyvinyl alcohol. - cellulose particles, in combination with - particles of a thermoplastic material selected from starch or a polymer based on polyvinyl alcohol, - wherein cellulose is available in the amount of 30% by weight or in an amount ranging from 40 to 60% by weight, said percentage being calculated on 100 parts by weight of the combination of cellulose with the thermoplastic material selected from starch or a polymer based on polyvinyl alcohol.
Pulper for circulating a fibre suspension contained in a container of the pulper having at least one sieve, the sieve surface of which is provided with sieve openings and is swept by a rotor, wherein the rotor is formed by a rotor head, to which multiple rotor blades are fastened on the circumference and the rotor circle of the sieve swept by the rotor blades has multiple strip-like elevations, wherein the cutting angle between the working edge of the rotor blades in the rotation direction and the shear edge of the elevations against the rotation direction remains at least partially constant radially outwards and/or increases at least partially radially outwards and wherein the cutting angle between the working edge and the shear edge lies between 80° and 120°.
Fuel cell system comprising: a fuel cell stack; an anode supply with an anode supply path for supplying an anode operating gas to the fuel cell stack and an anode exhaust gas path for removing an anode exhaust gas from the latter; a cathode supply with a cathode supply path for supplying a cathode operating gas to the fuel cell stack and a cathode exhaust gas path for removing a cathode exhaust gas from the latter; characterised in that in the anode supply path and in the anode exhaust gas path respectively a shut-off element (29, 421, 422) is arranged, and between the shut-off element (29, 421, 422) and the fuel cell stack respectively a gas connection (423, 424, 425) is arranged for connecting to an external test gas supply, and/or in the cathode supply path and in the cathode exhaust gas path respectively a shut-off element (431, 432) is arranged, and between the shut-off element (431, 432) and the fuel cell stack respectively a gas connection (433, 434) is arranged for connecting to an external test gas supply. a fuel cell stack; an anode supply with an anode supply path for supplying an anode operating gas to the fuel cell stack and an anode exhaust gas path for removing an anode exhaust gas from the latter; a cathode supply with a cathode supply path for supplying a cathode operating gas to the fuel cell stack and a cathode exhaust gas path for removing a cathode exhaust gas from the latter; characterised in that in the anode supply path and in the anode exhaust gas path respectively a shut-off element (29, 421, 422) is arranged, and between the shut-off element (29, 421, 422) and the fuel cell stack respectively a gas connection (423, 424, 425) is arranged for connecting to an external test gas supply, and/or in the cathode supply path and in the cathode exhaust gas path respectively a shut-off element (431, 432) is arranged, and between the shut-off element (431, 432) and the fuel cell stack respectively a gas connection (433, 434) is arranged for connecting to an external test gas supply.
An impregnation method for impregnating electrical component parts, preferably of stator bars for generators, with an impregnating device, wherein the impregnating device has a moulding system having an impregnation chamber for at least one component part, a temperature control device connected to the moulding system for heating the moulding system, a vacuum device for evacuating the impregnation chamber, a material depot for impregnating agent for the supply and/or discharge of an impregnating agent, at least one media connection (24, 25) for a pressurized gas and/or compressed air and a control device for the detection, storage, and evaluation of process data and for controlling the impregnating device, wherein the control device is connected to sensor network having a plurality of sensors (11 through 21, 27) for the detection of measurement and status data, wherein the component part is introduced into an impregnation chamber formed between two mould parts of the moulding system, wherein the impregnation chamber is evacuated with the vacuum device after the introduction of the component part and closing of the moulding system and before filling with the impregnating agent, wherein the pressure in the impregnation chamber is automatically determined, and further evacuation of the impregnation chamber is ended when a predetermined negative pressure is achieved so that no suctioning of the impregnation chamber is provided when the impregnation chamber is partially or completely filled with impregnating agent, wherein an absolute pressure of less than 100 mbar is produced in the impregnation chamber during the evacuation and before the filling with the impregnating agent, so that the impregnating agent is only suctioned into the impregnation chamber due to the negative pressure produced therein, and wherein the filling level of the impregnating chamber is determined automatically and the impregnating agent is automatically pressurized by a pressurized gas and/or compressed air upon reaching a predetermined filling level.
A handpiece for phacoemulsification, comprising: an ultrasonically vibrateable horn assembly (5500, 5700) being an assembly in which a proximal section of a horn is coupled to a stack of piezoelectric crystals of said assembly, and a needle coupled to a distal end of the ultrasonically vibrateable horn (5500, 5700), wherein the distal end of the needle is configured to vibrate in both an effective transverse direction and an effective longitudinal direction upon receipt of applied electric power to the handpiece; wherein simultaneous transverse and longitudinal vibration is achieved by: 1. the horn assembly (5500, 5700) having a center of mass offset from a central longitudinal axis of the horn; or 2. the horn and the stack defining a lumen, wherein said lumen is configured to function as an aspiration line, and wherein said lumen is offset from a central longitudinal axis of the horn; or 3. said piezoelectric crystal stack having radially staggered piezoelectric crystals. an ultrasonically vibrateable horn assembly (5500, 5700) being an assembly in which a proximal section of a horn is coupled to a stack of piezoelectric crystals of said assembly, and a needle coupled to a distal end of the ultrasonically vibrateable horn (5500, 5700), wherein the distal end of the needle is configured to vibrate in both an effective transverse direction and an effective longitudinal direction upon receipt of applied electric power to the handpiece; wherein simultaneous transverse and longitudinal vibration is achieved by: 1. the horn assembly (5500, 5700) having a center of mass offset from a central longitudinal axis of the horn; or 2. the horn and the stack defining a lumen, wherein said lumen is configured to function as an aspiration line, and wherein said lumen is offset from a central longitudinal axis of the horn; or 3. said piezoelectric crystal stack having radially staggered piezoelectric crystals. 1. the horn assembly (5500, 5700) having a center of mass offset from a central longitudinal axis of the horn; or 2. the horn and the stack defining a lumen, wherein said lumen is configured to function as an aspiration line, and wherein said lumen is offset from a central longitudinal axis of the horn; or 3. said piezoelectric crystal stack having radially staggered piezoelectric crystals.
Device for distance or thickness measurement of an object, having at least two optical distance sensors (1, 2) which are constructed to emit light of a light source and with which a receiver for light reflected by the object is associated, wherein a distance or thickness determination is carried out with reference to the distances established by the distance sensors (1, 2) between the distance sensors (1, 2) and the object, and wherein the distance sensors (1, 2) have such means that light emitted by the distance sensors (1, 2) reaches the receiver of the other distance sensor (2, 1) in each case only in a weakened manner or not at all or is processed by this receiver only in a weakened manner or not at all, characterised in that the means are constructed in such a manner that the light emitted by the distance sensors (1, 2) is spectrally split or divided by the means in such a manner that a maximum of a part-region of the wavelength spectrum of the light emitted by a distance sensor (1, 2) reaches the receiver of the other distance sensor (2, 1).
A method for producing a sugar alcohol from a cellulose-containing biomass as a raw material, comprising: step: a step of filtering a sugar aqueous solution obtained by hydrolysis of the cellulose-containing biomass, through a separation membrane having a molecular weight cut-off of 300 to 800 to remove a catalyst poison to a non-permeation side and collecting a sugar solution from a permeation side; and step: a step of subjecting the sugar solution obtained in the step to a hydrogenation reaction in the presence of a metal catalyst. step: a step of filtering a sugar aqueous solution obtained by hydrolysis of the cellulose-containing biomass, through a separation membrane having a molecular weight cut-off of 300 to 800 to remove a catalyst poison to a non-permeation side and collecting a sugar solution from a permeation side; and step: a step of subjecting the sugar solution obtained in the step to a hydrogenation reaction in the presence of a metal catalyst.
A balance ring comprising: a ring shaped body having a first radial thickness; an anti-rotation tab extending outward from said ring-shaped body; and at least one counterweight constructed of a machinable material, characterized in that the at least one counterweight is configured to have its weight profile adjusted via milling to allow for the counterweight to properly counteract a weight profile of a overweight region of a rotating component of a turbine engine, with which the balancing ring is intended to be used, that has been determined via testing the rotating component. a ring shaped body having a first radial thickness; an anti-rotation tab extending outward from said ring-shaped body; and at least one counterweight constructed of a machinable material,
An information notification method in an information management system which manages information indicating a state of one or more electric home appliances in a house, the information notification method comprising: receiving log information including an operational state of one electric home appliance among the one or more electric home appliances, from the one electric home appliance via a first network; receiving information indicating an operational state of the one electric home appliance from a monitoring device via the first network, the monitoring device being capable of monitoring the operational state of the one electric home appliance; receiving positional information of a display terminal of a user of the electric home appliance from the display terminal; and when it is determined that a position of the display terminal is within a range of a prescribed distance from the house as a result of a comparison between positional information of the house and the positional information of the display terminal and when it is determined that the log information received from the one electric home appliance and the information indicating the operational state of the one electric home appliance that is received from the monitoring device are not consistent with each other, providing the display terminal with information on a possibility of a malfunction of the one electric home appliance via a second network while the position of the display terminal is still within the range of the prescribed distance from the house. receiving log information including an operational state of one electric home appliance among the one or more electric home appliances, from the one electric home appliance via a first network; receiving information indicating an operational state of the one electric home appliance from a monitoring device via the first network, the monitoring device being capable of monitoring the operational state of the one electric home appliance; receiving positional information of a display terminal of a user of the electric home appliance from the display terminal; and when it is determined that a position of the display terminal is within a range of a prescribed distance from the house as a result of a comparison between positional information of the house and the positional information of the display terminal and when it is determined that the log information received from the one electric home appliance and the information indicating the operational state of the one electric home appliance that is received from the monitoring device are not consistent with each other, providing the display terminal with information on a possibility of a malfunction of the one electric home appliance via a second network while the position of the display terminal is still within the range of the prescribed distance from the house.
Board for electrically secured connection of battery cells, wherein the board is formed in part from an electrically non-conductive material, wherein the board has at least two electrically and thermally conductive contacting sections on a first side and at least one electrically and thermally conductive contacting section on a second side, wherein the electrically non-conductive material is planar and arranged between the contacting sections, wherein on the first side, an electrically and thermally conductive connecting section is arranged, which electrically and thermally conductively connects the contacting sections on the first side to one another, and wherein an electrical fuse is assigned to each of the contacting sections on the first side and the connecting section is connected to each contacting section via an electrical fuse assigned to this contacting section, characterized in that the connecting section is electrically conductively connected to the at least one contacting section on the second side of the board through the non-conductive material of the board via at least one electrically conductive lead-through element, such that each contacting section on the first side of the board is secured against each other contacting section on the first side of the board and against each contacting section on the second side of the board by at least one electrical fuse.
A network device, comprising: a first power over Ethernet input connected to a first plurality of smart bypass diodes that form a first bridge rectifier, wherein the first power over Ethernet input is arranged to be connected to a first power source equipment device; a second power over Ethernet input connected to a second plurality of smart bypass diodes that form a second bridge rectifier that is connected to the first bridge rectifier, wherein the second power over Ethernet input is arranged to be connected to a second power source equipment device; and a powered device connected to the first bridge rectifier and the second bridge rectifier, wherein the second bridge rectifier is arranged to prevent a reverse bias from providing power to the second power source equipment device. a first power over Ethernet input connected to a first plurality of smart bypass diodes that form a first bridge rectifier, wherein the first power over Ethernet input is arranged to be connected to a first power source equipment device; a second power over Ethernet input connected to a second plurality of smart bypass diodes that form a second bridge rectifier that is connected to the first bridge rectifier, wherein the second power over Ethernet input is arranged to be connected to a second power source equipment device; and a powered device connected to the first bridge rectifier and the second bridge rectifier, wherein the second bridge rectifier is arranged to prevent a reverse bias from providing power to the second power source equipment device.
A computer-implemented method of performing a knowledge proof based on an elliptic curve digital signature algorithm, ECDSA, verification function; wherein the method comprises, at a verifying node of a blockchain network: obtaining a first transaction (Tx 1) which includes runnable code, the code including an element specifying a reference instance for an r-part of a first ECDSA signature; receiving a second transaction (Tx 2) which includes information comprising at least an s-part of the first ECDSA signature, and obtaining a first public key wherein the first ECDSA signature signs a message based on a first private key corresponding to the first public key, the message being a part of the second transaction; and running the code from the first transaction, the code being configured to return a result of true, irrespective of whose private key was used as the first private key, on condition that: - the ECDSA verification function, as applied to the first ECDSA signature, verifies that the s-part received in the second transaction corresponds to the reference instance of the r-part specified by the first transaction, given the message received in the second transaction and the obtained first public key. obtaining a first transaction (Tx 1) which includes runnable code, the code including an element specifying a reference instance for an r-part of a first ECDSA signature; receiving a second transaction (Tx 2) which includes information comprising at least an s-part of the first ECDSA signature, and obtaining a first public key wherein the first ECDSA signature signs a message based on a first private key corresponding to the first public key, the message being a part of the second transaction; and running the code from the first transaction, the code being configured to return a result of true, irrespective of whose private key was used as the first private key, on condition that: - the ECDSA verification function, as applied to the first ECDSA signature, verifies that the s-part received in the second transaction corresponds to the reference instance of the r-part specified by the first transaction, given the message received in the second transaction and the obtained first public key. - the ECDSA verification function, as applied to the first ECDSA signature, verifies that the s-part received in the second transaction corresponds to the reference instance of the r-part specified by the first transaction, given the message received in the second transaction and the obtained first public key.
Nalmefene for use in the treatment of alcohol dependence in a patient with alcohol dependence, wherein said use reduces alcohol consumption in said patient; wherein said patient with alcohol dependence i) has a DRL (drinking risk level) corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day of pure alcohol for women; wherein said DRL has been assessed by calculating mean daily alcohol consumption in g/day over a period preceding assessment, wherein said period is 1 week or longer, such as 2 weeks or longer, such as 3 weeks or longer, such as 4 weeks or longer, such as 1 month or longer such as 2 months or longer, such as 3 months or longer, such as 4 months or longer, such as 5 months or longer, such as 6 months or longer, such as about 1 year; and ii) maintains a DRL corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day of pure alcohol for women after an observation period of 1-2 weeks, such as about 2 weeks following initial assessment; wherein said maintained DRL is assessed by calculating mean daily alcohol consumption in g/day over said observation period; and wherein said nalmefene is to be administered in a therapeutically effective amount; and wherein said nalmefene is to be administered as-needed, such as on each day the patient perceives a risk of drinking alcohol, preferably 1-2 hours prior to the anticipated time of drinking. i) has a DRL (drinking risk level) corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day of pure alcohol for women; wherein said DRL has been assessed by calculating mean daily alcohol consumption in g/day over a period preceding assessment, wherein said period is 1 week or longer, such as 2 weeks or longer, such as 3 weeks or longer, such as 4 weeks or longer, such as 1 month or longer such as 2 months or longer, such as 3 months or longer, such as 4 months or longer, such as 5 months or longer, such as 6 months or longer, such as about 1 year; and ii) maintains a DRL corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day of pure alcohol for women after an observation period of 1-2 weeks, such as about 2 weeks following initial assessment; wherein said maintained DRL is assessed by calculating mean daily alcohol consumption in g/day over said observation period; and
A locking system for a container having an actuator for actuating a locking bolt, and having a container locking controller for controlling the actuator, wherein a container communications device, which is associated with the container locking controller, is provided for receiving a locking code, and a camera container code acquisition device is provided for acquisition of a locking code, and wherein the container locking controller is provided such that it performs a comparison of received and acquired locking codes and, in the event of a correct, matching locking code, actuates the actuator, and wherein a central controller is provided that generates the locking code and transmits it to the container communications device through a dial-up communications network, characterized in that a communications code is provided and is delivered to the container locking controller by means of the camera container code acquisition device in such a manner that the container communications device can be activated thereby. wherein a container communications device, which is associated with the container locking controller, is provided for receiving a locking code, and a camera container code acquisition device is provided for acquisition of a locking code, and wherein the container locking controller is provided such that it performs a comparison of received and acquired locking codes and, in the event of a correct, matching locking code, actuates the actuator, and wherein a central controller is provided that generates the locking code and transmits it to the container communications device through a dial-up communications network, characterized in that a communications code is provided and is delivered to the container locking controller by means of the camera container code acquisition device in such a manner that the container communications device can be activated thereby.