mhurhangee/ep-ind-claims huggingface dataset:
A device for forming a core-rod for optical fibers, the device being arranged for collapsing a tube comprising deposited layers of silica, to form the core-rod, the device comprising: - an elongate cavity extending in an axial direction of the device, arranged for allowing the tube to extend through the cavity in use, - an elongate cylindrical liner made of carbon, extending in the axial direction and bounding the cavity with a cylindrical wall thereof, the liner connecting to a frame of the device at opposing end portions (22, 24) of the liner, - a heating element for heating the tube in use, the heating element being provided in an annular heating element space, said heating element surrounding at least a part of the liner, the cylindrical wall of the liner separating the heating element space from the cavity, - a ring made of a refractory material, fixated to a frame of the device, the ring surrounding a part of a length of the cavity, wherein the liner is provided such that a cylindrical inner surface portion of the liner at a first end portion of the opposing end portions (22, 24) of the liner mates with a cylindrical outer surface portion of the ring such that the liner can axially move with the first end portion thereof along the outer surface portion of the ring. - an elongate cavity extending in an axial direction of the device, arranged for allowing the tube to extend through the cavity in use, - an elongate cylindrical liner made of carbon, extending in the axial direction and bounding the cavity with a cylindrical wall thereof, the liner connecting to a frame of the device at opposing end portions (22, 24) of the liner, - a heating element for heating the tube in use, the heating element being provided in an annular heating element space, said heating element surrounding at least a part of the liner, the cylindrical wall of the liner separating the heating element space from the cavity, - a ring made of a refractory material, fixated to a frame of the device, the ring surrounding a part of a length of the cavity,
A pharmaceutical preparation, for intravenous administration, comprising the following, namely: a) {8-fluoro-2-[4-(3-methoxyphenyl)piperazin-1-yl]-3-[2-methoxy-5-(trifluoromethyl)phenyl]-3,4-dihydroquinazoline-4-yl}acetic acid, the carbon in the 4-position of the dihydroquinazole ring having the S-configuration, or a salt, a solvate or a solvate of a salt thereof, b) an excipient selected from the cyclodextrins, and c) water. a) {8-fluoro-2-[4-(3-methoxyphenyl)piperazin-1-yl]-3-[2-methoxy-5-(trifluoromethyl)phenyl]-3,4-dihydroquinazoline-4-yl}acetic acid, the carbon in the 4-position of the dihydroquinazole ring having the S-configuration, or a salt, a solvate or a solvate of a salt thereof, b) an excipient selected from the cyclodextrins, and c) water.
A method of managing electronic messages, comprising: storing, at an electronic message server, a previously delivered electronic message comprising a list of recipients the previously delivered electronic message has been delivered to, wherein the electronic message server comprises an update module configured to access the previously delivered electronic message and the list of recipients; receiving, from a first electronic message client, recipient information identifying a new recipient to be added to the list of recipients of the previously delivered electronic message; updating, by the update module, the master copy of the previously delivered electronic message by including the new recipient in the list of recipients of the previously delivered electronic message; providing the recipient information to a second electronic message client that stores a copy of the previously delivered electronic message comprising the list of recipients; and wherein receipt of the recipient information at the second electronic message client causes the second electronic message client to update the copy of the previously delivered electronic message by including the new recipient in the list of recipients of the copy of the previously delivered electronic message. storing, at an electronic message server, a previously delivered electronic message comprising a list of recipients the previously delivered electronic message has been delivered to, wherein the electronic message server comprises an update module configured to access the previously delivered electronic message and the list of recipients; receiving, from a first electronic message client, recipient information identifying a new recipient to be added to the list of recipients of the previously delivered electronic message; updating, by the update module, the master copy of the previously delivered electronic message by including the new recipient in the list of recipients of the previously delivered electronic message; providing the recipient information to a second electronic message client that stores a copy of the previously delivered electronic message comprising the list of recipients; and wherein receipt of the recipient information at the second electronic message client causes the second electronic message client to update the copy of the previously delivered electronic message by including the new recipient in the list of recipients of the copy of the previously delivered electronic message.
Microwave oven with an inner wall which encloses a cooking chamber in a microwave-tight manner and which is formed from a plurality of fixed wall sections and a movable closure component, wherein the closure component of the microwave oven forms the base or the lid of the microwave oven, as well as with at least one magnetron for generating microwave radiation, which is aligned with the cooking chamber by means of at least one beam channel (7, 9), wherein a first beam channel runs in fixed wall sections and forms at its end a first beam outlet opposite the movable closure component, characterized in that a second beam channel runs in fixed wall sections, has a microwave-tight, detachable transition into the movable closure component, runs further in the movable closure component and forms a second beam outlet opposite the first beam outlet.
Bearing module having a fixed, interchangeable assembly for mounting a shaft, particularly a shaft of an electric machine, comprising - a carrier and - a bearing device which is fastened to the carrier for rotatably mounting the shaft, and - a sensor device (8 to 15), which is also fastened to the carrier, for detecting a physical quantity of the bearing device and - an interface device, with which a sensor signal of the sensor device can be outwardly transmitted from the bearing module, wherein - the sensor device (8 to 15) comprises a plurality of sensors of different types, containing - a first sensor for thermal monitoring of the carrier, characterised in that the sensor device (8 to 15) contains a second sensor for detecting a time duration of a discharge in the bearing device. - a carrier and - a bearing device which is fastened to the carrier for rotatably mounting the shaft, and - a sensor device (8 to 15), which is also fastened to the carrier, for detecting a physical quantity of the bearing device and - an interface device, with which a sensor signal of the sensor device can be outwardly transmitted from the bearing module, wherein - the sensor device (8 to 15) comprises a plurality of sensors of different types, containing - a first sensor for thermal monitoring of the carrier, characterised in that the sensor device (8 to 15) contains a second sensor for detecting a time duration of a discharge in the bearing device.
A method of wireless communication of a user equipment, UE, comprising: identifying, at the UE, properties associated with reference signals of a received payload by determining a number of resource elements carrying the reference signals within the payload; determining, at the UE, a payload structure based on the identified properties associated with the reference signals of the received payload; and decoding, at the UE, the received payload based on the determined payload structure. identifying, at the UE, properties associated with reference signals of a received payload by determining a number of resource elements carrying the reference signals within the payload; determining, at the UE, a payload structure based on the identified properties associated with the reference signals of the received payload; and decoding, at the UE, the received payload based on the determined payload structure.
A stainless steel pipe exhibiting excellent corrosion resistance, wherein the stainless steel pipe has a polishing mark for antiglare property on a surface, an oxide film exhibiting color is not present on the surface, and an average number of surface defects including covering by a metal base of 5 μm or more on the surface is suppressed to 5 or fewer per 0.01 mm 2. the stainless steel pipe has a polishing mark for antiglare property on a surface, an oxide film exhibiting color is not present on the surface, and an average number of surface defects including covering by a metal base of 5 μm or more on the surface is suppressed to 5 or fewer per 0.01 mm 2.
Process for detecting the sensitivity of one or more polymers and/or of one or more mixtures of polymers to a compound, including the steps consisting in: - exposing at least one lens-shaped solid micro-deposit, including the polymer(s) and/or the mixture(s) of polymers, to the compound, - detecting, by illuminating the surface of this micro-deposit, a change in the spatial distribution of the intensity of the light reflected or transmitted by this micro-deposit, linked to a variation in the dimensions and/or refractive index of this micro-deposit, under the effect of an interaction between the polymer(s) and/or the mixture(s) of polymers and the compound. - exposing at least one lens-shaped solid micro-deposit, including the polymer(s) and/or the mixture(s) of polymers, to the compound, - detecting, by illuminating the surface of this micro-deposit, a change in the spatial distribution of the intensity of the light reflected or transmitted by this micro-deposit, linked to a variation in the dimensions and/or refractive index of this micro-deposit, under the effect of an interaction between the polymer(s) and/or the mixture(s) of polymers and the compound.
A rotary valve assembly comprising: a valve element rotatably mountable within a flow passage for rotary motion between an open position in which it permits flow through the flow passage and a closed position in which it blocks flow through the flow passage; and an actuation mechanism comprising a threaded drive spindle; a threaded drive nut received on said drive spindle for movement along said drive spindle; a telescopic drive link having a first element rotationally coupled to said drive nut and a second element rotationally fixedly coupled to said valve element for rotationally driving said valve element, one of said first and second elements (72, 74) being telescopically received within the other of said first and second elements (72, 74); a housing comprising a duct portion receiving said valve element and an actuator portion receiving said actuation mechanism, said duct portion extending from an inlet to an outlet in an axial direction; characterised by further comprising: an electric drive motor coupled to the threaded drive spindle; and in that the actuation portion comprises a portion overhanging a side of said duct portion, the drive motor being at least partially arranged in said overhanging portion and arranged to drive the threaded drive spindle about a common axis also extending in the axial direction. a valve element rotatably mountable within a flow passage for rotary motion between an open position in which it permits flow through the flow passage and a closed position in which it blocks flow through the flow passage; and an actuation mechanism comprising a threaded drive spindle; a threaded drive nut received on said drive spindle for movement along said drive spindle; a telescopic drive link having a first element rotationally coupled to said drive nut and a second element rotationally fixedly coupled to said valve element for rotationally driving said valve element, one of said first and second elements (72, 74) being telescopically received within the other of said first and second elements (72, 74); a housing comprising a duct portion receiving said valve element and an actuator portion receiving said actuation mechanism, said duct portion extending from an inlet to an outlet in an axial direction; characterised by further comprising: an electric drive motor coupled to the threaded drive spindle; and in that the actuation portion comprises a portion overhanging a side of said duct portion, the drive motor being at least partially arranged in said overhanging portion and arranged to drive the threaded drive spindle about a common axis also extending in the axial direction.
Control device for an electric vacuum pump, having: a determining device which is configured to detect an operating parameter (x) of the electric vacuum pump which is dependent on an operating period or a temperature of the electric vacuum pump, and a controlled variable (p) for the electric vacuum pump; a switching device which is configured to switch on or off the electric vacuum pump as a function of a comparison of the controlled variable (p) with at least one setpoint value (pT); and a control device which is configured to change the at least one setpoint value (pT) of the controlled variable (p) as a function of the operating parameter. a determining device which is configured to detect an operating parameter (x) of the electric vacuum pump which is dependent on an operating period or a temperature of the electric vacuum pump, and a controlled variable (p) for the electric vacuum pump; a switching device which is configured to switch on or off the electric vacuum pump as a function of a comparison of the controlled variable (p) with at least one setpoint value (pT); and a control device which is configured to change the at least one setpoint value (pT) of the controlled variable (p) as a function of the operating parameter.
A ship's speed meter for measuring a speed relative to the water of a ship, characterised in that current velocities at a plurality of different depths in a fluid on which the ship is floating are obtained to obtain a change rate of the current velocities in a depth direction of the fluid, and a current velocity at which the change rate is smaller than or equal to a predetermined threshold value is calculated as the speed relative to the water of the ship.
A supplementary device for a manually operable injection device, the supplementary device comprising: a body defining a passage through which an injection device is slidable; and a securing unit configured to secure the body to the injection device in a predetermined rotational and axial position relative to the injection device when the injection device is received through the passage, wherein the securing unit is characterized by: at least two securing members which are spaced apart to receive the injection device therebetween, each securing member defining a clamping surface, and a biasing element configured to bias at least one of the securing members towards the other securing member or members, wherein the biasing element is a collar extending over the securing members, the collar having a biasing section configured to act on at least one of the securing members to releasably bias at least one of the clamping surfaces towards the other clamping surface or surfaces, wherein the biasing section of the collar is threadingly engaged with the securing members. a body defining a passage through which an injection device is slidable; and a securing unit configured to secure the body to the injection device in a predetermined rotational and axial position relative to the injection device when the injection device is received through the passage, wherein the securing unit is characterized by: at least two securing members which are spaced apart to receive the injection device therebetween, each securing member defining a clamping surface, and a biasing element configured to bias at least one of the securing members towards the other securing member or members, wherein the biasing element is a collar extending over the securing members, the collar having a biasing section configured to act on at least one of the securing members to releasably bias at least one of the clamping surfaces towards the other clamping surface or surfaces, wherein the biasing section of the collar is threadingly engaged with the securing members. at least two securing members which are spaced apart to receive the injection device therebetween, each securing member defining a clamping surface, and a biasing element configured to bias at least one of the securing members towards the other securing member or members, wherein the biasing element is a collar extending over the securing members, the collar having a biasing section configured to act on at least one of the securing members to releasably bias at least one of the clamping surfaces towards the other clamping surface or surfaces, wherein the biasing section of the collar is threadingly engaged with the securing members.
Latch in particular for a horizontally extending hood of a motor vehicle with a locking mechanism consisting of a catch and a pawl for ratcheting of the catch, with a triggering lever for opening of the locking mechanism, with an memory lever for temporary holding of the pawl in its open position during opening of the locking mechanism, whereby the memory lever is formed as a spring, characterized in that a spring (19, 20, 21) preferably made of metal is present which is capable of exerting a force on the memory lever, with which the memory lever can be pivoted in particular for temporary holding of the pawl.
A filament simulation circuit for LED tube, comprising: two filament simulation parts (11, 12) respectively disposed on two terminals of an LED tube to receive a current from an electronic ballast for driving the LED tube during an identifying stage, a pre-heated stage and an operating stage, each filament simulation part (11, 12) including two sub-filament simulation parts (13, 14, 15, 16), each sub-filament simulation part (13, 14, 15, 16) including a first resistor, a capacitor and an inductor, characterized in that each sub-filament simulation part (13, 14, 15, 16) is divided into: a first part; and a second part connected in series to the first part, the second part having a parallel connection structure; wherein, when a frequency of the current from the electronic ballast in the pre-heated stage is higher than a frequency of the current from the electronic ballast in the operating stage, an impedance of the sub-filament simulation part (13, 14, 15, 16) in the pre-heated stage is greater than that in the operating stage; wherein the first part of each sub-filament simulation part (13, 14, 15, 16) includes the inductor, the second part of each sub-filament simulation part (13, 14, 15, 16) includes the first resistor and the capacitor, and the first resistor is connected in parallel to the capacitor. two filament simulation parts (11, 12) respectively disposed on two terminals of an LED tube to receive a current from an electronic ballast for driving the LED tube during an identifying stage, a pre-heated stage and an operating stage, each filament simulation part (11, 12) including two sub-filament simulation parts (13, 14, 15, 16), each sub-filament simulation part (13, 14, 15, 16) including a first resistor, a capacitor and an inductor, characterized in that each sub-filament simulation part (13, 14, 15, 16) is divided into: a first part; and a second part connected in series to the first part, the second part having a parallel connection structure; a first part; and a second part connected in series to the first part, the second part having a parallel connection structure; wherein, when a frequency of the current from the electronic ballast in the pre-heated stage is higher than a frequency of the current from the electronic ballast in the operating stage, an impedance of the sub-filament simulation part (13, 14, 15, 16) in the pre-heated stage is greater than that in the operating stage; wherein the first part of each sub-filament simulation part (13, 14, 15, 16) includes the inductor, the second part of each sub-filament simulation part (13, 14, 15, 16) includes the first resistor and the capacitor, and the first resistor is connected in parallel to the capacitor.
A closure ledge fitting for a window, door or the like having a tilting sash, in particular a tilt-turn sash, with at least one closure ledge pivotably arranged on a retaining part by means of a pivot bearing, wherein the retaining part is rotatably supported by means of a turning bearing on a base part to be arranged in a stationary manner, and wherein the retaining part has at least one retaining nose pivoting out for supporting the tilting sash in an tilting-opening operation by means of a rotating position of the retaining part effecting an unlocking position of the closure ledge.
A graphics apparatus adapted to work with a graphics system comprising a display and a camera, the display displaying a graphics scene and the camera capturing eye information of a user viewing the graphics scene, comprising: a facial expression detector to detect a facial expression of a user; a focus engine to detect an area of focus of the user; a light detector to detect an amount of ambient light; a foveated rendering system to provide a relatively higher resolution region and a relatively lower resolution region of the display based on the area of focus of the user; and a parameter adjuster communicatively coupled to the facial expression detector, the focus engine and the light detector to adjust a graphics parameter of the relatively higher resolution region based on the detected facial expression of the user and on the amount of detected ambient light, wherein the graphics parameter includes one or more of a size, a contrast and a shading rate of the relatively higher resolution region. a facial expression detector to detect a facial expression of a user; a focus engine to detect an area of focus of the user; a light detector to detect an amount of ambient light; a foveated rendering system to provide a relatively higher resolution region and a relatively lower resolution region of the display based on the area of focus of the user; and a parameter adjuster communicatively coupled to the facial expression detector, the focus engine and the light detector to
A separator for a rechargeable lithium battery, comprising a porous substrate and a coating layer disposed on at least one surface of the porous substrate, wherein the coating layer comprises organic filler particles, fluorine-based organic binder particles, and (meth)acryl-based organic binder particle, the separator being characterised in that, an average particle diameter of the organic filler particle is equal to or greater than an average particle diameter of the fluorine-based organic binder particle, and the fluorine-based organic binder particle is coated on the porous substrate as a part of the coating layer in an amount of less than 0.1 g/m 2 per surface.