mhurhangee/ep-ind-claims huggingface dataset:
A cooking device comprising: a housing including a stand; a first cooking container which is placed on the stand and whose top end is open; a closing member removably connected to an upper portion of the first cooking container by closing an opening of the first cooking container; a processing tool which is arranged in an accommodation space formed of the first cooking container and the closing member and processes food in the accommodation space; a motor which is arranged in the housing and rotates the processing tool; a pressure reducing device which reduces pressure in the accommodation space; characterized in that a selecting device which is arranged in the housing and is capable of selecting a first operation mode in which pressure in the accommodation space is reduced by the pressure reducing device and a second operation mode in which after the pressure in the accommodation space is reduced by the pressure reducing device, the processing tool is rotated by the motor. a housing including a stand; a first cooking container which is placed on the stand and whose top end is open; a closing member removably connected to an upper portion of the first cooking container by closing an opening of the first cooking container; a processing tool which is arranged in an accommodation space formed of the first cooking container and the closing member and processes food in the accommodation space; a motor which is arranged in the housing and rotates the processing tool; a pressure reducing device which reduces pressure in the accommodation space; characterized in that a selecting device which is arranged in the housing and is capable of selecting a first operation mode in which pressure in the accommodation space is reduced by the pressure reducing device and a second operation mode in which after the pressure in the accommodation space is reduced by the pressure reducing device, the processing tool is rotated by the motor.
A supernatant water discharge device that discharges supernatant water in a first settling pond to a second settling pond, the supernatant water discharge device comprising:a submersible pump provided in the first settling pond;a weather observation unit including one or more of an anemometer, a hygrometer, a thermometer, and a hyetometer;a controller that stops the submersible pump if a measured value from the weather observation unit reaches a weather threshold; and characterised in that the supernatant water discharge device further comprises:a floating member that makes the submersible pump float in the first settling pond in such a manner that an inlet of the submersible pump is placed below the water surface of the first settling pond, wherein the weather observation unit is provided to a part of the submersible pump above the water surface or to the floating member.
Method for regenerating a particle filter during the operation of an internal combustion engine, with following steps: - Recording at least one loading parameter (19,21,23) that is characteristic of a current loading of the particle filter, wherein an active regeneration measure can be performed recurrently depending on the loading parameter (19,21,23); - Determining a time window for a regeneration of the particle filter; - Determining a prediction for an operating state of the internal combustion engine that is to be expected within the time window, wherein - the active regeneration measure is skipped at a point in time at which it is indicated by the loading parameter (19,21,23) if the prediction predicts an operating state of the internal combustion engine within the time window in which a regeneration of the particle filter will take place without an active regeneration measure, - characterized in that the prediction is determined by recording at least one operating parameter of the internal combustion engine that is characteristic of an operating state of said engine over a recording time period, wherein a load on the internal combustion engine that is to be expected within the time window is determined using a profile of the operating parameter in the recording time period. - Recording at least one loading parameter (19,21,23) that is characteristic of a current loading of the particle filter, wherein an active regeneration measure can be performed recurrently depending on the loading parameter (19,21,23); - Determining a time window for a regeneration of the particle filter; - Determining a prediction for an operating state of the internal combustion engine that is to be expected within the time window, wherein - the active regeneration measure is skipped at a point in time at which it is indicated by the loading parameter (19,21,23) if the prediction predicts an operating state of the internal combustion engine within the time window in which a regeneration of the particle filter will take place without an active regeneration measure, - characterized in that the prediction is determined by recording at least one operating parameter of the internal combustion engine that is characteristic of an operating state of said engine over a recording time period, wherein a load on the internal combustion engine that is to be expected within the time window is determined using a profile of the operating parameter in the recording time period.
A method for transmitting deferred media information in an IP Multimedia Subsystem, characterized by comprising: a sending party of the media information sending key generation parameters encrypted by using a Ka to a mailbox server of a receiving party of the media information; the mailbox server saving the encrypted key generation parameters, and sending the encrypted key generation parameters to a Key Management Server, KMS, wherein the Ka is a shared key of the sending party and the KMS; the KMS obtaining the key generation parameters through decryption using the corresponding Ka, generating a media key K with the key generation parameters, and forwarding the K to the sending party through the mailbox server of the receiving party; the receiving party obtaining the encrypted key generation parameters from the mailbox server, and then sending the obtained encrypted key generation parameters to the KMS; the KMS obtaining the key generation parameters by using the Ka to decrypt the encrypted key generation parameters sent by the receiving party, and then generating the K with the key generation parameters and sending the K to the receiving party; and the receiving party obtaining the media information encrypted by the sending party with the K from the mailbox server, and then decrypting the encrypted media information by using the K. a sending party of the media information sending key generation parameters encrypted by using a Ka to a mailbox server of a receiving party of the media information; the mailbox server saving the encrypted key generation parameters, and sending the encrypted key generation parameters to a Key Management Server, KMS, wherein the Ka is a shared key of the sending party and the KMS; the KMS obtaining the key generation parameters through decryption using the corresponding Ka, generating a media key K with the key generation parameters, and forwarding the K to the sending party through the mailbox server of the receiving party; the receiving party obtaining the encrypted key generation parameters from the mailbox server, and then sending the obtained encrypted key generation parameters to the KMS; the KMS obtaining the key generation parameters by using the Ka to decrypt the encrypted key generation parameters sent by the receiving party, and then generating the K with the key generation parameters and sending the K to the receiving party; and the receiving party obtaining the media information encrypted by the sending party with the K from the mailbox server, and then decrypting the encrypted media information by using the K.
Method of manufacturing a composite pane, comprising the following steps: - providing an inner pane with at least one defined operating region (8, 9) for at least one switching element for controlling at least one electrically controllable functional element, - placing a thermoplastic film with a transparent multi-touch operating panel mounted thereon as a switching element on the at least one operating region (8, 9) of the inner pane, - laying on a first thermoplastic layer, the latter having a recess for receiving the multi-touch operating panel and the thermoplastic film, - laying on a second thermoplastic layer which contains, at least in a subsection, a transmission switching element as a first electrical functional element and at least a second electrical functional element and surrounds these in a framelike manner, - laying on a third thermoplastic layer - laying on an outer pane - bonding the sequence of layers thus formed to form a composite pane by means of the action of heat, pressure and/or vacuum. - providing an inner pane with at least one defined operating region (8, 9) for at least one switching element for controlling at least one electrically controllable functional element, - placing a thermoplastic film with a transparent multi-touch operating panel mounted thereon as a switching element on the at least one operating region (8, 9) of the inner pane, - laying on a first thermoplastic layer, the latter having a recess for receiving the multi-touch operating panel and the thermoplastic film, - laying on a second thermoplastic layer which contains, at least in a subsection, a transmission switching element as a first electrical functional element and at least a second electrical functional element and surrounds these in a framelike manner, - laying on a third thermoplastic layer - laying on an outer pane - bonding the sequence of layers thus formed to form a composite pane by means of the action of heat, pressure and/or vacuum.
A bag packaging, produced from a film laminate comprising a carrier layer and a sealing film forming a sealing layer, the bag packaging being produced by folding and sealing the film laminate, whereby overlapping sealed seams (2, 3) are created, characterized in that the sealing film comprises a sealable polymer having a layer thickness in the range of 10 μm to 100 μm, preferably 10 μm to 80 μm, and especially particularly preferably in the range of 20 μm to 70 μm, wherein surface structures being incorporated on a first side of the sealing film at least in areas where sealing takes place, wherein the largest thickness (h 2) of the sealing film being at least 10% greater than the smallest thickness (h 1) of the sealing film and the largest lateral extension (b 1, b 2) of the surface structures being smaller than 500 μm, and a slip additive being added to the sealing film in an amount that yields an S-value of less than 10,000, and preferably less than 5,000, in that the surface structures are formed on a first side of the sealing film and an opposite second side of the sealing film is joined to the carrier layer of the film laminate, and in that during sealing, adjoining film laminates with the sealing film are pressed together and compressed, in particular in the overlapping region of multiple sealed seams (2, 3), so as to avoid the formation of air channels in the overlapping region.
Use of a reagent for the lysis of erythrocytes, the reagent being an aqueous solution comprising or consisting of HEPES ((4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid), NH 4 + /NH 3, a chelating agent, and optionally CO 3 2- /HCO 3 - wherein the final concentration during lysis of erythrocytes is in the range of - from 2.5 mmol/l to 12 mmol/l HEPES, - from 60 mmol/l to 120 mmol/l NH 4 + /NH 3, - from 0.04 mmol/l to 0.8 mmol/l chelating agent, and - from 0.15 mmol/l to 0.8 mmol/l CO 3 2- /HCO 3 -, if present, wherein the chelating agent is selected from the group consisting of EGTA (ethylene glycol tetraacetic acid), BAPTA (1,2-bis(o-aminophenoxy)ethane-N,N,N',N'-tetraacetic acid), DTPA (diethylene triamine pentaacetic acid), EDTA (ethylenediamine tetraacetate) and NTA (N,N-bis(carboxymethyl)glycine). - from 2.5 mmol/l to 12 mmol/l HEPES, - from 60 mmol/l to 120 mmol/l NH 4 + /NH 3, - from 0.04 mmol/l to 0.8 mmol/l chelating agent, and - from 0.15 mmol/l to 0.8 mmol/l CO 3 2- /HCO 3 -, if present,
A pharmaceutical composition comprising an antagonist anti-netrin-1 antibody or an antagonist anti-unc5b antibody effective to inhibit or reduce the biological activity of netrin-1 or its receptor unc5b, for use in a method for inhibiting, slowing or preventing atherosclerosis characterized by inflammation or for use in a method for treating a disease characterised by inflammation selected from the group consisting of atherosclerosis and obesity, wherein a therapeutically effective amount of the agent is to be administered.
An image recording apparatus, comprising: a light source; a switching drive circuit configured to control an electric current for causing the light source to emit a light beam; a moving part configured to move one of a recording target on which an image is to be recorded by the light beam and a light emitting position at which the light beam is emitted relative to another one of the recording target and the light emitting position; and a controller configured to control a light emission timing of the light source and a relative moving speed of the moving part based on image information, characterized in that the drive circuit includes a switching circuit configured to turn on and off a switching element; and the controller is configured to change a switching frequency of the switching element according to at least one of the light emission timing and the relative moving speed. a light source; a switching drive circuit configured to control an electric current for causing the light source to emit a light beam; a moving part configured to move one of a recording target on which an image is to be recorded by the light beam and a light emitting position at which the light beam is emitted relative to another one of the recording target and the light emitting position; and a controller configured to control a light emission timing of the light source and a relative moving speed of the moving part based on image information, characterized in that the drive circuit includes a switching circuit configured to turn on and off a switching element; and the controller is configured to change a switching frequency of the switching element according to at least one of the light emission timing and the relative moving speed.
A thermal management system (100; 200; 300) comprising: a housing (110; 210) having an interior divided into first (114; 214; 314) and second compartments (116; 316), the first compartment being configured and adapted to house at least one electrical battery or at least one capacitor (118; 218; 318), and the second compartment defining a coolant reservoir; a fluid release member (122; 322) operably connecting between the first and second compartments configured and adapted to release coolant from the second compartment into the first compartment to cool the at least one battery or capacitor upon the first compartment reaching a temperature in excess of a predetermined limit; characterized in that the fluid release member (122; 322) is configured and adapted to release coolant from the second compartment (116; 316) into the first compartment (114; 214; 314) using gravity to cool the at least one electrical battery or the at least one capacitor (118; 218; 318) with a first compartment temperature in excess of a predetermined limit; and characterised by a vent (126; 324) operatively connected to the housing (110; 210) to release vapor above a predetermined pressure from the interior of the housing; wherein the vent (126; 324) is configured and adapted to place the coolant reservoir in fluid communication with an environment external to the housing. a housing (110; 210) having an interior divided into first (114; 214; 314) and second compartments (116; 316), the first compartment being configured and adapted to house at least one electrical battery or at least one capacitor (118; 218; 318), and the second compartment defining a coolant reservoir; a fluid release member (122; 322) operably connecting between the first and second compartments configured and adapted to release coolant from the second compartment into the first compartment to cool the at least one battery or capacitor upon the first compartment reaching a temperature in excess of a predetermined limit; characterized in that the fluid release member (122; 322) is configured and adapted to release coolant from the second compartment (116; 316) into the first compartment (114; 214; 314) using gravity to cool the at least one electrical battery or the at least one capacitor (118; 218; 318) with a first compartment temperature in excess of a predetermined limit; and characterised by a vent (126; 324) operatively connected to the housing (110; 210) to release vapor above a predetermined pressure from the interior of the housing; wherein the vent (126; 324) is configured and adapted to place the coolant reservoir in fluid communication with an environment external to the housing.
An apparatus for controlling an electric motor through use of a motor drive apparatus, the electric motor operatively coupled to line power and rotating in a normal direction, the apparatus comprising: a rectifier section having electrical inputs (R, S, T) for receiving an input alternating current line signal from a line source and plus and minus bus outputs for providing a direct current bus signal; an inverter section having inputs connected to the plus and minus bus outputs of the rectifier section and providing an alternating current motor drive signal at inverter outputs (U, V, W) adapted for connection to the electric motor; a first power storage arrangement connected across the plus and minus bus outputs and having a first capacitor arrangement having a first capacitance; and characterised by a second power storage arrangement connected across the plus and minus bus outputs and having a second capacitor arrangement having a second capacitance and a rate limiting arrangement in a series relationship with the second capacitor arrangement, with the second capacitance larger than the first capacitance and configured to provide sufficient power for maintaining the electric motor rotation, in the normal direction, throughout an interruption of power. a rectifier section having electrical inputs (R, S, T) for receiving an input alternating current line signal from a line source and plus and minus bus outputs for providing a direct current bus signal; an inverter section having inputs connected to the plus and minus bus outputs of the rectifier section and providing an alternating current motor drive signal at inverter outputs (U, V, W) adapted for connection to the electric motor; a first power storage arrangement connected across the plus and minus bus outputs and having a first capacitor arrangement having a first capacitance; and characterised by a second power storage arrangement connected across the plus and minus bus outputs and having a second capacitor arrangement having a second capacitance and a rate limiting arrangement in a series relationship with the second capacitor arrangement, with the second capacitance larger than the first capacitance and configured to provide sufficient power for maintaining the electric motor rotation, in the normal direction, throughout an interruption of power.
A trimmer comprising: an infeed for transporting a sheet material article (54, 56, 58) at a first speed; a trimming station transporter for decelerating the sheet material article for trimming it by a trimming device; and a decelerator between the infeed and the trimming station transporter, the decelerator forming a deceleration nip for transferring the sheet material article from the infeed to the trimming station transporter, wherein the deceleration nip receives the sheet material article from the infeed at the first speed and decelerates the sheet material article with the trimming station transporter, wherein the decelerator includes a first decelerator section contacting a first side of the sheet material article and a second decelerator section contacting a second side of the sheet material article, characterized in that the first decelerator section is movable away from the second decelerator section such that the first decelerator section does not contact the first side of the sheet material article, and in that the decelerator includes an actuator (92, 94) moving the first decelerator section away from the second decelerator section after the sheet material article is released from the decelerator nip. an infeed for transporting a sheet material article (54, 56, 58) at a first speed; a trimming station transporter for decelerating the sheet material article for trimming it by a trimming device; and a decelerator between the infeed and the trimming station transporter, the decelerator forming a deceleration nip for transferring the sheet material article from the infeed to the trimming station transporter, wherein the deceleration nip receives the sheet material article from the infeed at the first speed and decelerates the sheet material article with the trimming station transporter, wherein the decelerator includes a first decelerator section contacting a first side of the sheet material article and a second decelerator section contacting a second side of the sheet material article, characterized in that the first decelerator section is movable away from the second decelerator section such that the first decelerator section does not contact the first side of the sheet material article, and in that the decelerator includes an actuator (92, 94) moving the first decelerator section away from the second decelerator section after the sheet material article is released from the decelerator nip.
An arm construction of an intra-oral x-ray device, which comprises at least a first and a second elongated support arms (55, 56) jointed to each other into connection with a radiation source arranged substantially at that end of the first support arm which is opposite with respect to said jointing, which jointing is implemented such that the first support arm is turnable with respect to a physical or virtual joint axis extending on a horizontal plane and defined by said jointing, characterized in that at least one of the first and second support arms (55, 56) is implemented as two-piece in longitudinal direction such that jointing structures at both ends of the support arms are arranged to a first side and opposite to this first side is arranged a cover piece having a structure which is openable or detachable in the longitudinal direction of the support arm and which is substantially of the length of the support arm or covering at least a significant portion of the length of the support arm.
A phased array antenna for providing a plurality of communication beams in a predefined geographical region, the antenna comprising a plurality of antenna elements, each antenna element having an antenna element signal having a phase relationship and an amplitude relationship to the other element signals; a digital signal processing arrangement for providing a digital beamforming network; and an analogue beamforming network configured to apply analogue beamforming weights to signals received from said antenna elements, wherein the analogue beamforming weights are selected to generate a null in the radiation pattern within the predefined geographical region in a direction corresponding to an interfering signal for reducing the exposure of the digital signal processing arrangement to the interfering signal, and wherein the digital beamforming network is configured to apply digital beamforming weights to signals received from said analogue beamforming network for each of said communication beams such that the composite radiation pattern of the antenna provides said communication beams.