mhurhangee/ep-ind-claims huggingface dataset:
An information storage device for an image forming apparatus, comprising at least two communication interfaces, at least two storage units, a detection unit, a first control unit and a second control unit, wherein the communication interfaces are configured to be connected with a controller in the image forming apparatus in turn, enabling a user to connect only one of the communication interfaces with the controller while the one or more other communication interfaces are not connected with the controller; the storage units are arranged corresponding to the communication interfaces and each of the storage units is configured to store variable information and backup information of an image forming cartridge in the image forming apparatus, in which the variable information at least includes first product information and image forming change information, and the backup information at least includes initial state information of the image forming cartridge; the detection unit is connected with each foregoing communication interface and is configured to detect the state of each foregoing communication interface and generate a first trigger signal and a second trigger signal when determining and acquiring that one communication interface is connected with the controller; the first control unit is respectively connected with each foregoing storage unit and the detection unit and is configured to acquire the variable information from the storage unit corresponding to the communication interface connected with the controller when receiving the first trigger signal, send the variable information to the controller, and send updated image forming change information to the storage unit corresponding to the communication interface connected with the controller when receiving the first trigger signal so that the updated image forming change information can be stored into the storage unit corresponding to the communication interface connected with the controller; and the second control unit is respectively connected with each foregoing storage unit and the detection unit and is configured to reset at least the image forming change information in the storage unit corresponding to the communication interface disconnected with the controller to the backup information when receiving the second trigger signal.
A method for producing an acidified milk product, comprising the following steps: - providing a milk raw material, - concentrating the milk raw material by ultrafiltration to provide an ultrafiltration retentate and a pH neutral permeate fraction, - subjecting the ultrafiltration retentate to a diafiltration step, - acidifying the ultrafiltration retentate with an acidic aqueous solution before or during the diafiltration to provide an acidified diafiltration retentate having a pH of in the range of about 5.2 to about 6.5, specifically about 5.4 to about 5.7, a calcium/protein ratio of at most about 0.03, specifically at most about 0.025, more specifically at most about 0.02, and a phosphorous/protein ratio of at most about 0.025, specifically at most about 0.018, more specifically at most about 0.016, - processing the acidified diafiltration retentate to the acidified milk product having moisture on a fat-free basis of at least 70% by adding a suitable acidifying agent to the retentate. - providing a milk raw material, - concentrating the milk raw material by ultrafiltration to provide an ultrafiltration retentate and a pH neutral permeate fraction, - subjecting the ultrafiltration retentate to a diafiltration step, - acidifying the ultrafiltration retentate with an acidic aqueous solution before or during the diafiltration to provide an acidified diafiltration retentate having a pH of in the range of about 5.2 to about 6.5, specifically about 5.4 to about 5.7, a calcium/protein ratio of at most about 0.03, specifically at most about 0.025, more specifically at most about 0.02, and a phosphorous/protein ratio of at most about 0.025, specifically at most about 0.018, more specifically at most about 0.016, - processing the acidified diafiltration retentate to the acidified milk product having moisture on a fat-free basis of at least 70% by adding a suitable acidifying agent to the retentate.
A security document including a transparent window, wherein an infrared absorbing material is applied to or incorporated within the window, wherein the infrared absorbing material comprises an infrared absorbing dye, and infrared absorbing nanoparticles having an average size of not greater than 100nm in at least one direction, and wherein the infrared absorbing material is substantially transparent to visible radiation, and wherein the infrared absorbing dye is supported on nanoparticles having an average size of not greater than 100nm in at least one direction.
A driving aid system for motor vehicles comprising an optical sensor additionally comprising a device for protecting the optical sensor, the protective device of the optical sensor comprises: - a transparent optical element having a symmetry of revolution and mounted rotatably around an axis of rotation, the optical element being configured to be arranged upstream of the optical sensor so that the axis of rotation of the optical element coincides with the optical axis of the optical sensor, and - an actuator coupled to the optical element for making the optical element rotate, to enable soiling to be removed by a centrifugal effect, characterized in that the driving aid system comprises an electronic control unit configured to activate the actuator in order to make the optical element rotate, the electronic control unit being configured to control the actuator so as to adapt the rotation speed of the optical element according to the speed of movement of the motor vehicle. - a transparent optical element having a symmetry of revolution and mounted rotatably around an axis of rotation, the optical element being configured to be arranged upstream of the optical sensor so that the axis of rotation of the optical element coincides with the optical axis of the optical sensor, and - an actuator coupled to the optical element for making the optical element rotate, to enable soiling to be removed by a centrifugal effect,
Oral dosage form for modified release containing a) particulate, crystalline apixaban and b) matrix former, wherein the apixaban particle size distribution has a D50-value of 11 to 75 μm, and wherein the matrix former is selected from cellulose ether, cellulose ester, starch, gum, shellac, fatty substances, polyvinylchloride, polyvinyl alcohol polyvinyl acetate or copolymers thereof, polymers based on acrylic acid and/or methacrylic acid and ion exchange resins, wherein the fatty substances refer to wax, fat, oil, fatty acid, fatty alcohol, monoglyceride, diglyceride, triglyceride and mixtures thereof, and wherein modified release means that after 60 minutes 1% to 20% of the active agent are released, determined according to the USP method, paddle apparatus II, 900 ml test medium, phosphate buffer with 0.5% sodium dodecyl sulfate, pH 6.8 at 37°C and 75 rpm. a) particulate, crystalline apixaban and b) matrix former,
A power screw driver comprising a housing, the housing encloses a motor, a bit drive spindle at a front end, for driving a bit, the power screw driver is at the front end connectable to a vacuum adapter having screw pick-up functionality by which a screw to be mounted is brought into engagement with the bit characterized in that the power screw driver further comprising an in the housing integrated vacuum sensor arranged to sense the sub-atmospheric pressure in the vacuum adapter.
A method for wireless communications, the method carried out by a user equipment, UE, the method comprising: receiving over a software messaging input, a coexistence policy for operation of communication resources of a first radio access technology comprising a radio within the UE (116, 122); configuring operation of communication resources of the user equipment (116, 122) in response to signals exchanged on logical lines between resources of the first radio access technology and resources of a second radio access technology comprising a radio based on the coexistence policy, wherein the signals on the logical lines are for managing coexistence between the radio access technologies; and wherein the coexistence policy may be dynamically adapted and / or reconfigured by a coexistence system of the UE based on communication conditions experienced by one or more of the radio access technologies and the signals exchanged by the radios of the radio access technologies to each other on the logical lines. receiving over a software messaging input, a coexistence policy for operation of communication resources of a first radio access technology comprising a radio within the UE (116, 122); configuring operation of communication resources of the user equipment (116, 122) in response to signals exchanged on logical lines between resources of the first radio access technology and resources of a second radio access technology comprising a radio based on the coexistence policy, wherein the signals on the logical lines are for managing coexistence between the radio access technologies; and wherein the coexistence policy may be dynamically adapted and / or reconfigured by a coexistence system of the UE based on communication conditions experienced by one or more of the radio access technologies and the signals exchanged by the radios of the radio access technologies to each other on the logical lines.
A method, comprising: receiving two or more control region parameters related to a plurality of carriers comprising a coordinated multiple point communication; wherein the two or more control region parameters are received from a base station (102, 106); wherein a first one of the two or more control region parameters relates to a first one of the plurality of carriers and a disparate one of the two or more control region parameters relates to a disparate one of the plurality of carriers; determining a data portion of one or more signals received over the first one of the plurality of carriers based at least in part on the first control region parameter for that carrier; determining a disparate data portion of one or more disparate signals received over the disparate one of the plurality of carriers based at least in part on the control region parameter for that disparate carrier; and determining one or more blank resources based at least in part on a difference between at least the first control region parameter and the disparate control region parameter. receiving two or more control region parameters related to a plurality of carriers comprising a coordinated multiple point communication; wherein the two or more control region parameters are received from a base station (102, 106); wherein a first one of the two or more control region parameters relates to a first one of the plurality of carriers and a disparate one of the two or more control region parameters relates to a disparate one of the plurality of carriers; determining a data portion of one or more signals received over the first one of the plurality of carriers based at least in part on the first control region parameter for that carrier; determining a disparate data portion of one or more disparate signals received over the disparate one of the plurality of carriers based at least in part on the control region parameter for that disparate carrier; and determining one or more blank resources based at least in part on a difference between at least the first control region parameter and the disparate control region parameter.
A vinyl chloride resin composition comprising 100 parts by weight of a vinyl chloride resin and 0.1 to 20 parts by weight of a processing aid, wherein the processing aid comprises 50 to 95 % by weight of a first polymer and 5 to 50 % by weight of a second polymer, the processing aid has a weight average molecular weight of 100,000 to 1,500,000, which is measured by dissolving the processing aid in tetrahydrofuran, and subjecting the portion dissolved in tetrahydrofuran to gel permeation chromatography at a concentration of 20 mg sample/10 mL THF, a measurement temperature of 25 °C, using a differential refractometer as a detector and an injected volume of 1 mL, based on polystyrene, the first polymer of the processing aid has Tg, which is determined as set out in the description, of 5 to 110 °C, the first polymer of the processing aid is polymerized with 12 to 28 % by weight of a vinyl cyanide compound, 32 to 88 % by weight of an aromatic vinyl compound, 0 to 40 % by weight of an alkyl acrylate, and 0 to 30 % by weight of other vinyl compound copolymerizable with the vinyl cyanide compound, the aromatic vinyl compound, and the alkyl acrylate, per 100 % by weight of the first polymer, the second polymer of the processing aid has Tg of -40 to 50 °C, and the first polymer has Tg of 40 °C or higher than that of the second polymer.
System for drying a web-like paper sheet, the system comprising: - at least one drying device capable of blowing high temperature dry air, supplied under pressure through one or more inlet conduits, on the web-like paper sheet, and of sucking from said web-like paper sheet the moist air, ejected through one or more outlet conduits connected to a recirculation conduit; and - a combustion system which comprises at least one hot gas generator of the so-called direct type, provided with a system for supplying fuel and a system for supplying combustion air, wherein the hot gas generator consists of a burner, operatively connected to the system for supplying fuel and to the system for supplying combustion air, and a combustion chamber, the system being characterised in that said combustion chamber is placed in direct fluid communication with the burner by interposing a connection conduit, said combustion chamber being configured to perform the function of containing the flame which develops through said connection conduit and to maintain - therein - the air and gas mixture at a predefined temperature for a period of time required to complete the combustion process, wherein, outside the combustion chamber, at least one cooling channel is provided which encloses said combustion chamber, said cooling channel being placed downstream of said burner and being operatively connected to the recirculation conduit, so that the hot gas generator is capable of generating an air and burnt gases mixture which forms said dry air, as well as receiving, through said recirculation conduit, at least part of said moist air so that it can be heated and reutilised by the drying device, the hot gas generator being moreover provided with a port placed in direct fluid communication with the cooling channel, and with the combustion chamber, said port being provided with a valve capable of controlling the amount of recirculation air to be introduced into the combustion chamber, so that it takes part in the combustion process with its own amount of oxygen, and of conveying part of said recirculation air into the cooling channel, so that it is conveyed into the interspaces formed between the outer walls of the combustion chamber and the inner walls of the cooling channel, so as to cool said combustion chamber. - at least one drying device capable of blowing high temperature dry air, supplied under pressure through one or more inlet conduits, on the web-like paper sheet, and of sucking from said web-like paper sheet the moist air, ejected through one or more outlet conduits connected to a recirculation conduit; and - a combustion system which comprises at least one hot gas generator of the so-called direct type, provided with a system for supplying fuel and a system for supplying combustion air,
A method for preparing polybutene having 40 to 70% of vinylidene content and 10% or more of tetra-substituted double bond content, the method comprising: introducing, to a raw reaction material including 10 wt% or more of isobutene, a complex catalyst including normal propanol as a cocatalyst and boron trifluoride as a main catalyst; and polymerizing the raw reaction material under a reaction pressure of 2.9·10 5 to 49.0·10 5 Pa (3 to 50 kg/cm 2) with adjusting a reaction temperature within -33 to 33°C thereby to adjust the vinylidene content to be 40 to 70%, as measured by the method of the description, wherein the vinylidene content is adjusted by adjusting the reaction temperature as the following Formula 1: 1.2 × T ≤ Δ V ≤ 3 × T wherein, T represents a reaction temperature; [T| represents variation of the reaction temperature (based on a reaction temperature of 0°C); and ΔV represents variation of the vinylidene content. introducing, to a raw reaction material including 10 wt% or more of isobutene, a complex catalyst including normal propanol as a cocatalyst and boron trifluoride as a main catalyst; and polymerizing the raw reaction material under a reaction pressure of 2.9·10 5 to 49.0·10 5 Pa (3 to 50 kg/cm 2) with adjusting a reaction temperature within -33 to 33°C thereby to adjust the vinylidene content to be 40 to 70%, as measured by the method of the description, wherein the vinylidene content is adjusted by adjusting the reaction temperature as the following Formula 1: 1.2 × T ≤ Δ V ≤ 3 × T wherein, T represents a reaction temperature; [T| represents variation of the reaction temperature (based on a reaction temperature of 0°C); and ΔV represents variation of the vinylidene content.
A vehicle comprising:- a vehicle body; first ground engaging means, adapted to support the vehicle body in a first mode of operation of the vehicle; second ground engaging means, adapted to support the vehicle body and apply pressure to the ground to detonate explosive devices in a second mode of operation of the vehicle; and support means (16, 26, 28) mounted to the vehicle body for supporting the first ground engaging means and the second ground engaging means; wherein said support means (16,26,28) is adapted to cause said first ground engaging means to engage the ground and said second ground engaging means to be out of engagement with the ground in said first mode, and said second ground engaging means to engage the ground and said first ground engaging means to be out of engagement with the ground in said second mode, and wherein said second ground engaging means comprises at least one first row of ground engaging members and at least one second row of ground engaging members, characterised in that at least one ground engaging member of at least one said first row at least partly protrudes into a gap between a plurality of ground engaging members of a respective said second row. a vehicle body; first ground engaging means, adapted to support the vehicle body in a first mode of operation of the vehicle; second ground engaging means, adapted to support the vehicle body and apply pressure to the ground to detonate explosive devices in a second mode of operation of the vehicle; and support means (16, 26, 28) mounted to the vehicle body for supporting the first ground engaging means and the second ground engaging means;
A medical device for stimulating a stimulation region of a patient, the medical device comprising: a waveform generation circuit configured for generating an output waveform for providing to the stimulation region of the patient; and a control device (207, 2101, 2103, 2105, 2107) configured for controlling said waveform generation circuit, wherein said control device is comprised of a state machine (2101, 2103, 2105, 2107) having a plurality of registers (2101, 2103, 2105), said state machine being configured for directing said waveform generation circuit for generating the output waveform in a reproducible and repeatable manner; characterized in that the state machine further comprises at least one waveshape register configured for storing one or more waveform shapes of one or more phases of the output waveform, the one or more waveform shapes selectable from a half-sine waveform shape, a rectangular waveform shape, and an exponential waveform shape. a waveform generation circuit configured for generating an output waveform for providing to the stimulation region of the patient; and a control device (207, 2101, 2103, 2105, 2107) configured for controlling said waveform generation circuit, wherein said control device is comprised of a state machine (2101, 2103, 2105, 2107) having a plurality of registers (2101, 2103, 2105), said state machine being configured for directing said waveform generation circuit for generating the output waveform in a reproducible and repeatable manner; characterized in that the state machine further comprises at least one waveshape register configured for storing one or more waveform shapes of one or more phases of the output waveform, the one or more waveform shapes selectable from a half-sine waveform shape, a rectangular waveform shape, and an exponential waveform shape.
A liquid detergent dispenser for a washing machine comprising: - a tray for containing the liquid detergent and comprising a lower base and lateral containment means designed to receive the detergent; - a siphon at least partly extending from the lower base of the tray for allowing the discharge of at least part of the liquid detergent located in the tray, the lateral containment means comprising an opening for allowing an additional discharge of the liquid detergent; - means for regulating the flow of liquid detergent through the opening, the regulating means being able to move between a first and a second configuration; characterised in that the regulating means comprise a body which in turn comprises a first panel and a second panel (41, 42), the first panel and the second panel obstructing the opening respectively in the first and second configurations of the regulating means; the first panel, when the regulating means are in the first configuration, obstructing the opening more than the second panel when the regulating means are in the second configuration. - a tray for containing the liquid detergent and comprising a lower base and lateral containment means designed to receive the detergent; - a siphon at least partly extending from the lower base of the tray for allowing the discharge of at least part of the liquid detergent located in the tray, the lateral containment means comprising an opening for allowing an additional discharge of the liquid detergent; - means for regulating the flow of liquid detergent through the opening, the regulating means being able to move between a first and a second configuration;
A locking mechanism for a differential assembly comprising: an adjusting ring rotatable about an axis and having an inner peripheral surface and an outer peripheral surface, said adjusting ring including a plurality of pockets formed within said outer peripheral surface and circumferentially spaced apart from each other about said axis; and at least one retainer having a portion at least partially received within one of said pockets to prevent rotation of said adjusting ring about said axis, characterised in that the at least one retainer comprises at least one fastener having a body portion and an enlarged head portion, said enlarged head portion being at least partially received within one of said pockets. an adjusting ring rotatable about an axis and having an inner peripheral surface and an outer peripheral surface, said adjusting ring including a plurality of pockets formed within said outer peripheral surface and circumferentially spaced apart from each other about said axis; and at least one retainer having a portion at least partially received within one of said pockets to prevent rotation of said adjusting ring about said axis, characterised in that the at least one retainer comprises at least one fastener having a body portion and an enlarged head portion, said enlarged head portion being at least partially received within one of said pockets.