mhurhangee/ep-ind-claims huggingface dataset:
KNEADING MACHINE FOR USE IN THE PROCESSING OF FOOD DOUGHS, to be used in bakeries, breadstick factories, pastries and confectionery industries in general, as well as for domestic use for the preparation of dough for bread, pizza and confectionery, of the so-called mechanical arm type, wherein at least a kneading tool is mounted on an articulated element, which imparts to said tool a movement that allows a shaped tool mounted at the end of the said kneading tool and immersible in the mass of the dough to carry out the necessary actions of mixing and blending of the dough, contained in a tub, provided, as a rule, with a rotational motion, or fixed, said kneading machine providing that the kneading tool complete a trajectory which is extended beyond half and up to being extended for the entire diameter of the tub, so that the terminal part of said tool, where the shaped implement is applied, which is immersed in the mass of the dough, both in the outward travel and in the return travel, acts on the entire mass of the dough, said kneading machine being characterized in that the tool is provided with a translational/oscillating movement on the vertical plane conferred by means of an articulated system constituted by a crank, rotating 360° around an end driving pin, while a button is present in the other end, said button hinged with the end of a bar, in which a slit is obtained, which is engaged in a fixed pin, protruding from the above support plate, an extended arm of the tool being applied to said bar.
A mobile device, comprising a terminal equipment and a mobile termination, wherein the MT comprises a transceiver, a TE interface and a media profile generation module, wherein: the TE is configured to send, to the MT, a first command instructing the MT to generate a media profile, wherein the first command is an AT command including a media description for the media profile and wherein the media description complies with a session description protocol; and the MT is configured to generate, by the media profile generation module, the media profile in response to receiving the first command, and wherein the MT is configured to send, to the TE, an identification number of the media profile as a response to the first command, wherein the media profile comprises a static part and a dynamic part, the static part being defined for more than one communication session and the dynamic part being defined per communication session. the TE is configured to send, to the MT, a first command instructing the MT to generate a media profile, wherein the first command is an AT command including a media description for the media profile and wherein the media description complies with a session description protocol; and the MT is configured to generate, by the media profile generation module, the media profile in response to receiving the first command, and wherein the MT is configured to send, to the TE, an identification number of the media profile as a response to the first command, wherein the media profile comprises a static part and a dynamic part, the static part being defined for more than one communication session and the dynamic part being defined per communication session.
Clutch control for a clutch of the normally closed type, comprising: - a clutch pedal, - the clutch, - an electric actuator, movement of which makes it possible to alter the position of the clutch, this electric actuator comprising an actuator electric motor, and - a control unit that controls the electric actuator, generating instructions aimed at altering the position of the clutch, notably in response to an action by the user of the vehicle on the clutch pedal, the control unit being configured to apply a safety mode aimed at preventing the clutch from passing into the engaged position when a predefined failure in the clutch control is detected, characterized in that this safety mode comprises stopping the supply of electric power to the actuator electric motor so that the clutch occupies a safety position in which the torque it transmits is determined by the static friction forces applied by the electric actuator to this clutch. - a clutch pedal, - the clutch, - an electric actuator, movement of which makes it possible to alter the position of the clutch, this electric actuator comprising an actuator electric motor, and - a control unit that controls the electric actuator, generating instructions aimed at altering the position of the clutch, notably in response to an action by the user of the vehicle on the clutch pedal,
Device for reversibly adjusting a steering column of a motor vehicle, with a bearing block, in which a steering column housing with the steering column arranged in the steering column housing is mounted adjustably; a first pneumatic adjustment device, which is connected at a first axial end portion to a portion of the device that is arranged in a fixed position relative to the steering column housing and, at a second axial end portion, to the steering column housing, wherein the first pneumatic adjustment device is designed to adjust an angle of inclination (α). of the steering column housing; and a second pneumatic adjustment device, which is connected at a first axial end portion to a fastening point of the motor vehicle and is connected at a second axial end portion, to the steering column housing, wherein the second pneumatic adjustment device is designed to adjust a height of the steering column housing, characterized in that the first pneumatic adjustment device and the second pneumatic adjustment device each have a first gas-filled compression spring (24, 30) and a second gas-filled compression spring (22, 28), which gas-filled compression springs are arranged in a common housing (26, 32), wherein the first gas-filled compression spring (24, 30) and the second gas-filled compression spring (22, 28) are arranged in the opposite direction.
A wire harness comprising: a motor side connector which is configured to extend through a shield case of a motor unit, an inverter side connector which is configured to extend through a shield case of an inverter unit, and three high-voltage conducting paths, wherein each of the three high-voltage conducting paths has a shape holding part which has bendable flexibility and enables to hold a shape in any bend state, wherein the motor side connector is integrally formed in a position of each one end of the conducting paths and the inverter side connector is integrally formed in a position of each of the other ends of conducting paths. a motor side connector which is configured to extend through a shield case of a motor unit, an inverter side connector which is configured to extend through a shield case of an inverter unit, and three high-voltage conducting paths, wherein each of the three high-voltage conducting paths has a shape holding part which has bendable flexibility and enables to hold a shape in any bend state, wherein
A portable chargeable spray bottle, comprising an inner bottle, a nozzle assembly provided on an upper inner part of the inner bottle, and a liquid charging structure provided at a bottom of the inner bottle, wherein the liquid charging structure comprises a stepped liquid charging mouth; a protuberant grooved piston provided in the liquid charging mouth; and a resetting structure of the piston, wherein a liquid charging passage is arranged on the piston and is fitted with a discharging opening, an exhaust structure including an exhaust hole provided in a lower inner part of the inner bottle which corresponds to the piston groove, and an air duct interconnected with the exhaust hole and extending to the upper inner part of the inner bottle; characterized by: a stop block with a flared end provided on a top of the piston, and a first sealing ring capable of performing static sealing, wherein the first sealing ring is arranged on the stop block and is adapted to seal the inner bottle and the liquid charging mouth; and wherein a dynamic sealing is formed by the exhaust hole and a second sealing ring, wherein the second sealing ring is equipped in the groove of the piston. a stop block with a flared end provided on a top of the piston, and a first sealing ring capable of performing static sealing, wherein the first sealing ring is arranged on the stop block and is adapted to seal the inner bottle and the liquid charging mouth; and wherein a dynamic sealing is formed by the exhaust hole and a second sealing ring, wherein the second sealing ring is equipped in the groove of the piston.
A method of opening a container, the container including a base having a floor portion and an outer wall extending upwardly therefrom, the container further including a lid having a ceiling portion and an outer wall extending downwardly therefrom, a first button extending outwardly through the outer wall of the base, a second button extending outwardly through the outer wall of the lid, the method comprising pressing the first button inwardly toward a center of the container; pressing the second button inwardly toward the center of the container; and pivoting the lid with respect to the base to expose a cavity configured to contain product pressing the first button inwardly toward a center of the container; pressing the second button inwardly toward the center of the container; and pivoting the lid with respect to the base to expose a cavity configured to contain product
Method for checking the function of a device for detecting metallic impurities in products, comprising at least one metal detector which has a stationary scanning region which in turn is arranged in the conveying region of a conveying device for products to be examined, in particular foodstuffs, which device has an evaluation unit for the signals of the metal detector, wherein in a inspection mode a trigger pulse is emitted by a pulse generator in the scanning area, which trigger pulse causes a response signal (32a-d) in the metal detector, wherein the response signal (32a-d) and/or an evaluation signal of the evaluation unit derived therefrom is compared with a reference range and a signal and/or an action is derived from the comparison if the response/evaluation signal (32a-d) falls out of the reference range, characterized in that the presence of the products in the scanning and/or conveying area is detected in the method, and the metal detector is switched from a operating mode to the inspection mode if there is no product in the scanning area.
An authentication system based on the Data Synchronization or Device Management protocol, characterized in comprising: a server, adapted to use a Trigger message nonce to generate a Trigger message, and send the generated Trigger message; and a client, adapted to receive the Trigger message generated by using a Trigger message nonce, and extract the Trigger message nonce; after determining that the Trigger message nonce is valid, use the Trigger message nonce to generate a digest to authenticate the Trigger message generated by using the Trigger message nonce; after the authenticating the Trigger message succeeds, send a session request to the server indicated by the Trigger message. a server, adapted to use a Trigger message nonce to generate a Trigger message, and send the generated Trigger message; and a client, adapted to receive the Trigger message generated by using a Trigger message nonce, and extract the Trigger message nonce; after determining that the Trigger message nonce is valid, use the Trigger message nonce to generate a digest to authenticate the Trigger message generated by using the Trigger message nonce; after the authenticating the Trigger message succeeds, send a session request to the server indicated by the Trigger message.
A method for reconfiguring a system (100; 300; 500) comprising: - a private mobile radio network infrastructure comprising a core network module, a subscriber server, and at least one base station module; - a list, referred to as a current list, of identifiers of mobile terminals (222 1, 222 2, 222 3), which is used by the infrastructure to authorize any listed mobile terminal to attach to the infrastructure; and - a port configured to receive an external storage device containing a list, referred to as an additional list, of identifiers of mobile terminals; characterized in that said method comprises: - retrieving the additional list from the external storage device received in the port; and - modifying the current list on the basis of the additional list; said method further comprising: - detecting the inaccessibility of the external storage device; and - automatically, as a result of detecting the inaccessibility of the external storage device, purging the current list to return to the current list before modification. - a private mobile radio network infrastructure comprising a core network module, a subscriber server, and at least one base station module; - a list, referred to as a current list, of identifiers of mobile terminals (222 1, 222 2, 222 3), which is used by the infrastructure to authorize any listed mobile terminal to attach to the infrastructure; and - a port configured to receive an external storage device containing a list, referred to as an additional list, of identifiers of mobile terminals; - retrieving the additional list from the external storage device received in the port; and - modifying the current list on the basis of the additional list; - detecting the inaccessibility of the external storage device; and - automatically, as a result of detecting the inaccessibility of the external storage device, purging the current list to return to the current list before modification.
Method for the production and treatment of sterile plastic containers, in which preforms made of a thermoplastic material are heated in the region of a heating section and then formed into containers by pneumatic or hydraulic pressure, and wherein the preforms or the containers or both are sterilised and pass through at least one low-germ zone (1, 1') which is surrounded by an enclosure (2, 2'), the enclosure (2, 2') having an outer housing (3, 3') and an airlock chamber (4, 4'), through which treatment medium is extracted from the low-germ zone (1, 1') and at the same time air is extracted from the outer environment of the outer housing (3, 3'), characterised in that the airlock chamber (4, 4') is formed between the outer housing (3, 3') and an inner housing (5, 5') of the enclosure (2, 2').
An interleukin-17 (IL-17) antagonist for use in treating kidney or renal fibrosis, wherein said IL-17 is selected from IL17A or IL-17F, wherein said antagonist is an antibody.
A cranial prosthetic, which comprises a perforated plate and indentations suitable for recessing leads, wherein the perforations comprise a plurality of holes substantially equidistant from a central point and wherein the indentations suitable for recessing leads comprise a series of interconnecting channels.
Tip for dispensing liquid designed to be fitted on a container, said tip comprising a valve which seals the container by separating an upstream volume from a downstream volume in the non-operating position, said valve being able to withstand opening manoeuvres by elastic deformation, said valve comprising at least two elements (34, 53; 34') that are mobile relative to one another, each element having a bearing zone (36, 55; 36') against the other element, disposed so that when the valve is in the non-operating position, the bearing zones (36, 55; 36') of the elements bear at least partially one another forming a surface barrier (100, 102, 104) separating the upstream volume from the downstream volume, at least one of the two elements (34, 54; 34') being such that after one or more opening manoeuvres said surface barrier (100, 102, 104) no longer covers the same part of the bearing zone (36, 55; 36') of at least one of the elements, at least one of the elements bearing an anti-microbial material (115 - 131) on or in the immediate vicinity of a part of its bearing zone (36, 55; 36') which is covered by the surface barrier, characterised in that the entire surface of the dispensing tip in contact with the upstream volume when the valve is in the non-operating position is free of anti-microbial material.
Sealing arrangement comprising adjacent arranged static components (2, 3) of a turbine, wherein a groove (4, 5) is located in each of the static components (2, 3), further comprising a seal arranged between said static components (2, 3), the seal consisting of at least one middle piece, which has at its opposite ends end pieces (7, 8), the end pieces (7, 8) being arranged in the respective groove (4, 5) of the static components (2, 3) and adjoining the inside surfaces of the grooves (4, 5), said middle piece consisting of at least two parts (6', 6") and said middle piece parts (6', 6") being rotatably coupled to one another via a pivot, characterized in that the pivot is an annular ring formed by two cylinder elements being coaxially interfitted and slidable relative to each other and that the surface of the inner cylinder element of the pivot is wrapped with metallic cloth material.
A method for monitoring an operating condition of an electrical component (202; 302; 602), comprising: obtaining an ambient temperature associated with an electrical component; obtaining a set of load currents associated with one or more electrical conductors (204, 206, 208) of the electrical component; generating an expected temperature curve, indicative of an expected temperature over time based upon a linear regression model using the ambient temperature and the set of load currents; the method being characterized by generating a warning threshold curve based upon a first standard deviation from the expected temperature curve; and monitoring a set of temperatures associated with the one or more electrical conductors based upon the warning threshold curve to determine an operating condition of the electrical component. obtaining an ambient temperature associated with an electrical component; obtaining a set of load currents associated with one or more electrical conductors (204, 206, 208) of the electrical component; generating an expected temperature curve, indicative of an expected temperature over time based upon a linear regression model using the ambient temperature and the set of load currents; the method being characterized by generating a warning threshold curve based upon a first standard deviation from the expected temperature curve; and monitoring a set of temperatures associated with the one or more electrical conductors based upon the warning threshold curve to determine an operating condition of the electrical component.
A camera device comprising: a first lens unit concentrating light incident from a front side; a liquid lens unit disposed on a rear side of the first lens unit and controlling an optical path of light by adjusting a curvature of the liquid lens unit according to an electrical signal; a second lens unit disposed on a rear side of the liquid lens unit; an image sensor on which light passing through the second lens unit forms an image; and a flexible printed circuit board, FPCB (250, 350, 450, 750), transferring the electrical signal to the liquid lens unit, characterized in that the liquid lens unit includes: a lens region including a first region through which light for forming an image on the image sensor is transmitted and a second region that does not contribute to image formation of light with respect to the image sensor, the second region surrounding the first region, and a body region surrounding the lens region, wherein the FPCB is disposed in the second region and overlaps the liquid lens unit in a thickness direction. a first lens unit concentrating light incident from a front side; a liquid lens unit disposed on a rear side of the first lens unit and controlling an optical path of light by adjusting a curvature of the liquid lens unit according to an electrical signal; a second lens unit disposed on a rear side of the liquid lens unit; an image sensor on which light passing through the second lens unit forms an image; and a flexible printed circuit board, FPCB (250, 350, 450, 750), transferring the electrical signal to the liquid lens unit, characterized in that the liquid lens unit includes: a lens region including a first region through which light for forming an image on the image sensor is transmitted and a second region that does not contribute to image formation of light with respect to the image sensor, the second region surrounding the first region, and a body region surrounding the lens region, a lens region including a first region through which light for forming an image on the image sensor is transmitted and a second region that does not contribute to image formation of light with respect to the image sensor, the second region surrounding the first region, and a body region surrounding the lens region, wherein the FPCB is disposed in the second region and overlaps the liquid lens unit in a thickness direction.
A method performed by a base station for supporting release of common radio resources in a radio communication network, wherein said common radio resources are common Enhanced Dedicated Channel, E-DCH, resources, said method comprising the steps of: - said base station receiving an indication of a value of a timer for implicit release of common E-DCH resources from a radio network controller in a PHYSICAL SHARED CHANNEL RECONFIGURATION REQUEST message, wherein said indication of a value of said timer for implicit release of common E-DCH resources indicates a ' E-DCH transmission continuation back off period; and - said base station determining (S2; S23), upon reception of a report of empty buffer status from a User Equipment, UE, whether to release common E-DCH resources based on said indication of a value of said timer for implicit release of common E-DCH resources. - said base station receiving an indication of a value of a timer for implicit release of common E-DCH resources from a radio network controller in a PHYSICAL SHARED CHANNEL RECONFIGURATION REQUEST message, wherein said indication of a value of said timer for implicit release of common E-DCH resources indicates a ' E-DCH transmission continuation back off period; and - said base station determining (S2; S23), upon reception of a report of empty buffer status from a User Equipment, UE, whether to release common E-DCH resources based on said indication of a value of said timer for implicit release of common E-DCH resources.
A lighting device comprising a plurality of solid state light sources and an elongated ceramic body having a first face and a second face defining a length of the elongated ceramic body, the elongated ceramic body comprising one or more radiation input faces and a radiation exit window, wherein the second face comprises said radiation exit window, wherein the plurality of solid state light sources are configured to provide blue light source light to the one or more radiation input faces, wherein the blue light source light has an peak maximum (λex1), wherein the elongated ceramic body comprises a ceramic material configured to wavelength convert at least part of the blue light source light into converter light, wherein the ceramic material comprises an A 3 B 5 O 12:Ce 3+ ceramic material, wherein A comprises yttrium and gadolinium (Gd), and wherein B comprises aluminum (Al), wherein A comprises in the range of 10-50 atom % Gd, and wherein the ceramic material comprises 0.5-3.5 mole % Ce, wherein the ceramic material comprises an absorption spectrum having an absorption peak maximum (λa), wherein the peak maximum (λex1) is selected to differ in the range of 10 - 35 nm from the absorption peak maximum (λa).