mhurhangee/ep-ind-claims huggingface dataset:
An electric dust collecting device comprising: an electric charging unit for electrically charging dust in air; a first filter unit including a plurality of discharge electrode plates spaced apart from each other to define passages (P1 to P4) therebetween through which dust electrically charged by the electric charging unit passes; and a second filter unit disposed downstream of the plurality of discharge electrode plates in an air flow direction and connected to a ground to cause corona discharge between the plurality of discharge electrode plates and the second filter unit and to collect electrically charged dust, wherein the electric charging unit includes at least one ion generator for generating ions at a position before the plurality of discharge electrode plates in the air flow direction, and wherein the at least one ion generator includes a pair of ion generators (1A and 1B) spaced apart from each other by a smaller spacing than the spacing between the opposite outermost discharge electrode plates of the plurality of discharge electrode plates, characterized in that each ion generator from said pair of ion generators (1A and 1B) includes carbon fiber electrodes for causing corona discharge, wherein the carbon fiber electrodes are longitudinally disposed in a direction perpendicular to the air flow direction. an electric charging unit for electrically charging dust in air; a first filter unit including a plurality of discharge electrode plates spaced apart from each other to define passages (P1 to P4) therebetween through which dust electrically charged by the electric charging unit passes; and a second filter unit disposed downstream of the plurality of discharge electrode plates in an air flow direction and connected to a ground to cause corona discharge between the plurality of discharge electrode plates and the second filter unit and to collect electrically charged dust, wherein the electric charging unit includes at least one ion generator for generating ions at a position before the plurality of discharge electrode plates in the air flow direction, and wherein the at least one ion generator includes a pair of ion generators (1A and 1B) spaced apart from each other by a smaller spacing than the spacing between the opposite outermost discharge electrode plates of the plurality of discharge electrode plates, characterized in that each ion generator from said pair of ion generators (1A and 1B) includes carbon fiber electrodes for causing corona discharge, wherein the carbon fiber electrodes are longitudinally disposed in a direction perpendicular to the air flow direction.
A splice module with an extractable element that can be moved relative to a holder of the splice module between a storage position of the extractable element and an access position of the extractable element, and having a series of connecting elements from which fibre-optic cables emanate, each with a predetermined direction relative to the extractable element, and run to a guide spatially delimiting the routing of fibre-optic cables, wherein each fibre-optic cable, in the storage position of the extractable element, runs from its associated connecting element towards the guide with a first bend following the connecting element and wherein a stop (8.2) is provided at the extractable element on the inner side with regard to this bend, and wherein furthermore, a counterstop (8.1) is provided at the extractable element, characterised in that the extractable element is a rotary extractable element, that its movement between the storage position and the access position is pivotable, and that the counterstop (8.1) supports or exacts, when the rotary extractable element is pivoted open into the access position, a second bend of the fibre-optic cable opposite to the first bend, which second bend is arranged between the first bend and the guide and which is adapted to accommodate excess cable length due to a decreasing distance between the connecting element and the guide when pivoting open.
A display apparatus comprising: a display panel comprising a plurality of pixels; a first image data corrector comprising: a first image corrector configured to generate gamma correction data (Rc, Gc, Bc) out of input data (DATA_IN; R, G, B) input to the first image data corrector using a first gamma look-up table LUT (RGB_LUT1); a Mura corrector configured to calculate a Mura correction value (ΔRA, ΔGA, ΔBA) out of the gamma correction data (Rc, Gc, Bc) provided from the first image corrector; characterised by an adder configured to add the Mura correction value (ΔRA, ΔGA, ΔBA) to the input data (DATA_IN; R, G, B), and to generate an added input data (sR, sG, sB); a second image corrector configured to generate a first gamma correction data (R', G', B') out of the added input data (sR, sG, sB) using the first gamma look-up table LUT (RGB_LUT1); and a data driver configured to drive the plurality of pixels based on the first gamma correction data (R', G', B') provided from the first image data corrector. a display panel comprising a plurality of pixels; a first image data corrector comprising: a first image corrector configured to generate gamma correction data (Rc, Gc, Bc) out of input data (DATA_IN; R, G, B) input to the first image data corrector using a first gamma look-up table LUT (RGB_LUT1); a Mura corrector configured to calculate a Mura correction value (ΔRA, ΔGA, ΔBA) out of the gamma correction data (Rc, Gc, Bc) provided from the first image corrector; characterised by an adder configured to add the Mura correction value (ΔRA, ΔGA, ΔBA) to the input data (DATA_IN; R, G, B), and to generate an added input data (sR, sG, sB); a second image corrector configured to generate a first gamma correction data (R', G', B') out of the added input data (sR, sG, sB) using the first gamma look-up table LUT (RGB_LUT1); and a first image corrector configured to generate gamma correction data (Rc, Gc, Bc) out of input data (DATA_IN; R, G, B) input to the first image data corrector using a first gamma look-up table LUT (RGB_LUT1); a Mura corrector configured to calculate a Mura correction value (ΔRA, ΔGA, ΔBA) out of the gamma correction data (Rc, Gc, Bc) provided from the first image corrector; characterised by an adder configured to add the Mura correction value (ΔRA, ΔGA, ΔBA) to the input data (DATA_IN; R, G, B), and to generate an added input data (sR, sG, sB); a second image corrector configured to generate a first gamma correction data (R', G', B') out of the added input data (sR, sG, sB) using the first gamma look-up table LUT (RGB_LUT1); and a data driver configured to drive the plurality of pixels based on the first gamma correction data (R', G', B') provided from the first image data corrector.
A connecting device for connecting two parts (102, 104) and/or for fixing an object to a part (102, 104) comprising a plurality of connecting elements which are arranged on at least one of the parts (102, 104) in a connected state and/or an anchored state, wherein at least one connecting element comprises one or more non-self-cutting retaining projections each of which has a curved supporting surface that is in the form of an arc of a circle in longitudinal section, wherein the one or more retaining projections are insertible into a groove which is provided in one of the parts (102, 104) and which has a curved undercut surface that is in the form of an arc of a circle in longitudinal section, wherein the groove comprises a base section and one or more undercut sections which extend away from the base section in a thickness direction and wherein the one or more retaining projections engage in the one or more undercut sections of the groove in the connected state and/or the anchored state, characterized in that the connecting device forms a guidance device for guiding the parts (102, 104) relative to each other, wherein a connecting element comprises a guidance groove and wherein the further connecting element comprises a guidance element, wherein the guidance element together with the appertaining part (102, 104) is movable along the guidance groove relative to the further part (104, 102), wherein the guidance groove comprises a camming guide for the guidance of the guidance element along a predetermined guide path, wherein the guide path is at varying spacings from a contact surface (106, 108) of the part (102, 104) and/or from a bearing surface of the connecting element along the guidance groove.
A method for controlling a power train of a vehicle, more particularly the power train of a compacting machine used in earth moving operations, wherein an adjustment of a travel pump driven by an internal combustion engine is made and in which control of the power train takes place independently of the rotational speed of the internal combustion engine according to a specified control profile when a specified driving operation is carried out, characterized in that the control is determined by the chronological sequence of the actuation of an accelerator pedal, that the control profile is set such that frequent changes in the rotational speed of the internal combustion engine and/or of the load thereon are avoided, the rotational speed of the internal combustion engine being fixedly specified over a first specified time interval, that the control profile is set such that the rotational speed of the internal combustion engine follows a specified profile over a second specified time interval, and that the specified intervals are set such that during the succession of accelerating and braking operations within a typical interval there is no rotational speed change.
Apparatus for handling securities, having a control unit for controlling the apparatus (10, 50, 60) and having an authentication data memory storing authentication data for explicit authentication of the apparatus (10, 50, 60), wherein the control unit is designed to process program data of a computer program, characterized in that the control unit is designed to read the authentication data and to take the authentication data as as basis for generating an explicit reference value, a transmission unit (20, 64) is designed to transmit reference data for generating an apparatus-individual licence key to a licence management unit, the reference data comprise the reference value, the transmission unit (20, 64) is designed to accept data comprising the licence key from the licence management unit, wherein the control unit is designed to take the licence key as a basis for enabling at least one functional module of the computer program, and in that the transmission unit (20, 64) comprises a radio unit for sending and receiving data by means of mobile data, in that the radio unit is designed to send the reference data to the licence management unit by means of mobile radio, in that the radio unit is designed to receive the data comprising the licence key from the licence management unit by means of mobile radio, and in that the radio unit is designed to automatically send the reference data to the licence management unit when the apparatus (10, 50) is first started up.
A method, comprising: - keeping a track of quality information of at least one assistance data on a server, the track of quality information being associated with a current version and at least one previous version of the at least one assistance data; wherein said track of quality information comprises quality information associated with the current version of a respective assistance data of the at least one assistance data and at least one quality information associated with at least one previous version of the respective assistance data; and - determining on the server whether to provide assistance data information associated with at least one assistance data of the at least one assistance data to a mobile device based on tracked quality information of the at least one assistance data of the at least one assistance data and based on assistance data handling parameters associated with the mobile device. - keeping a track of quality information of at least one assistance data on a server, the track of quality information being associated with a current version and at least one previous version of the at least one assistance data; wherein said track of quality information comprises quality information associated with the current version of a respective assistance data of the at least one assistance data and at least one quality information associated with at least one previous version of the respective assistance data; and - determining on the server whether to provide assistance data information associated with at least one assistance data of the at least one assistance data to a mobile device based on tracked quality information of the at least one assistance data of the at least one assistance data and based on assistance data handling parameters associated with the mobile device.
Apparatus for the conveying of viscous material from a drum-like container, which has a container bottom and a circumferential container wall, extending from the container bottom to a container upper side and is open at the container upper side, with, for closing of the container, a follower plate having a material outlet attached to a conveyor pump, wherein the follower plate is provided with an annularly circumferential wiper ring, wherein the wiper ring has a radially outwardly extending contacting part for contact against an inside face, turned toward the follower plate, of the container wall, and wherein the contacting part can be pressurised with a variable pressing force for pressing against the inside face of the container wall, characterised in that the follower plate is mounted by means of at least one vertically extending retaining rod on a horizontally extending crosspiece, which is mounted on or close to a first end on a lifting device for raising and lowering of the crosspiece, while its second end is free.
A method for drilling and completing a wellbore, comprising: drilling a wellbore through a subterranean formation with a wellbore fluid, the wellbore fluid comprising: a base fluid; and a micronized weighting agent having a particle size d 90 ranging from 1 to 25 microns and d 50 ranging from 0.5 to 10 microns; disposing a sand screen in an interval of the wellbore with the wellbore fluid; completing the wellbore; and maintaining the wellbore fluid in the wellbore through at least one screened completion operation. drilling a wellbore through a subterranean formation with a wellbore fluid, the wellbore fluid comprising: a base fluid; and a micronized weighting agent having a particle size d 90 ranging from 1 to 25 microns and d 50 ranging from 0.5 to 10 microns; a base fluid; and a micronized weighting agent having a particle size d 90 ranging from 1 to 25 microns and d 50 ranging from 0.5 to 10 microns; disposing a sand screen in an interval of the wellbore with the wellbore fluid; completing the wellbore; and maintaining the wellbore fluid in the wellbore through at least one screened completion operation.
A method for automatically improving security of a network system, the method being performed by one or more devices of the network system and/or by one or more devices interconnected with the network system, the method comprising: collecting security relevant information from network devices of the network system, the security relevant information including security settings and operational information of the network devices; analyzing the security relevant information for determining weak security settings from collected security settings of a network device, the weak security settings being not necessary for a regular operation of the network system in accordance with the operational information; determining hardened security settings (32") for the network device based on the weak security settings, the hardened security settings (32") restricting a possible operation of the network device but allow a regular operation of the network system in accordance with the operational information, wherein the hardened security settings (32") are determined by restricting weak security settings; applying the hardened security settings (32") to the network device; determining irregular behavior of the network system by comparing actual collected security relevant information with at least one of a regular behavior of the network system and previously stored security relevant information; stopping irregular behavior of a network system by applying changed security settings (32") to network devices associated with the irregular behavior. collecting security relevant information from network devices of the network system, the security relevant information including security settings and operational information of the network devices; analyzing the security relevant information for determining weak security settings from collected security settings of a network device, the weak security settings being not necessary for a regular operation of the network system in accordance with the operational information; determining hardened security settings (32") for the network device based on the weak security settings, the hardened security settings (32") restricting a possible operation of the network device but allow a regular operation of the network system in accordance with the operational information, wherein the hardened security settings (32") are determined by restricting weak security settings; applying the hardened security settings (32") to the network device; determining irregular behavior of the network system by comparing actual collected security relevant information with at least one of a regular behavior of the network system and previously stored security relevant information; stopping irregular behavior of a network system by applying changed security settings (32") to network devices associated with the irregular behavior.
Chassis for land vehicles with two longitudinal members (11, 12), optionally with a cross member and an axial arrangement, wherein a holder for a unit of a vehicle superstructure is arranged on a longitudinal member (11, 12) and/or on a cross member, and wherein the longitudinal member (11, 12) and/or cross member and the holder having a defined interface for the installation and mutual adaptation, characterized in that the holder interface has mutually adapted connecting elements (28, 31, 32) on a longitudinal member (11, 12) and/or on a cross member and on the holder, wherein one connecting element is in the form of an opening, in particular a slot or a key hole, in a longitudinal member (11, 12) and/or a cross member, and a connecting element (31, 32) on the holder is in the form of an optionally interlockable or securable hook or a flange.
A shoulder joint prosthesis comprising two cooperating bearing bodies, a shaft and a coupling for the connection of the shaft to one of the bearing bodies, wherein a support member adjoins the lower side of the bearing body connectable to the shaft, an outer support surface of said support member at least partly filling a gap present between the bearing body and the shaft in the state connected to the shaft such that the growing together of bone fragments is promoted, characterized in that the shaft is provided with a support element which is mounted laterally at the shaft and whose outer side forms the jacket surface of the shaft merging into the support surface of the support member in the region of the transition from the shaft into the support member.
An apparatus for emptying a transport unit having an apparatus for workpiece identification and/or workpiece position recognition of a plurality of randomly arranged workpieces within the transport unit and having a picking device for emptying the transport unit, wherein the apparatus for workpiece identification and/or workpiece position recognition comprises a sensor arrangement, wherein the sensor arrangement comprises at least two image sensors (25, 26) and at least two laser units (21, 22), and wherein the image sensors (25, 26) and the laser units (21, 22) of the sensor arrangement are fixedly associated with one another by means of connection elements and are linearly travelable above the transport unit over an axis of the apparatus.
Encryption method for encrypting input data and protecting integrity of the input data and associated data, the method comprising - computing an integrity value based on the input data using a first hash function; - computing an initialization vector based on the integrity value and the associated data using a second hash function, the initialization vector being different from the integrity value; - encrypting the input data to generate encrypted data using the initialization vector and an encryption key; - generating an output encrypted message comprising the encrypted data and a message integrity value based on the integrity value. - computing an integrity value based on the input data using a first hash function; - computing an initialization vector based on the integrity value and the associated data using a second hash function, the initialization vector being different from the integrity value; - encrypting the input data to generate encrypted data using the initialization vector and an encryption key; - generating an output encrypted message comprising the encrypted data and a message integrity value based on the integrity value.
Locking device comprising: - a support, - a first locking member (20, 20', 20") and a second locking member (30, 30', 30"), the first locking member (20, 20', 20") being mounted on the support so as to move between a locked position and an unlocked position, the first locking member (20, 20', 20") engaging with the second locking member when in the locked position, - a shape-memory member having a first length (L 1) when not activated and a second length (L 2) when activated, - an intermediate member (40, 40') movable between a retaining position and a release position, the intermediate member (40, 40') in the retaining position retaining the first locking member (20, 20', 20") in the locked position and the intermediate member (40, 40') in the release position allowing the first locking member (20, 20', 20") to move to the unlocked position, and - the shape-memory member is connected to the intermediate member so as to move the intermediate member (40, 40') to the release position when the shape-memory member is activated, and - a return device (44, (48' and 45')), the return device (44, 48' and 45')) biases the intermediate member (40, 40') towards the retaining position, characterized in that the intermediate member (40, 40') abuts against the support when in the retaining position. - a support, - a first locking member (20, 20', 20") and a second locking member (30, 30', 30"), the first locking member (20, 20', 20") being mounted on the support so as to move between a locked position and an unlocked position, the first locking member (20, 20', 20") engaging with the second locking member when in the locked position, - a shape-memory member having a first length (L 1) when not activated and a second length (L 2) when activated, - an intermediate member (40, 40') movable between a retaining position and a release position, the intermediate member (40, 40') in the retaining position retaining the first locking member (20, 20', 20") in the locked position and the intermediate member (40, 40') in the release position allowing the first locking member (20, 20', 20") to move to the unlocked position, and - the shape-memory member is connected to the intermediate member so as to move the intermediate member (40, 40') to the release position when the shape-memory member is activated, and - a return device (44, (48' and 45')), the return device (44, 48' and 45')) biases the intermediate member (40, 40') towards the retaining position, characterized in that the intermediate member (40, 40') abuts against the support when in the retaining position.