mhurhangee/ep-ind-claims huggingface dataset:
A sheet-fed printing unit (03; 500; 600; 700), wherein the sheet-fed printing unit (03; 500; 600; 700) has a first cylinder (501; 601; 701) of a first type configured as an impression cylinder (501; 601; 701) and a second cylinder (502; 602; 702) of the first type configured as an impression cylinder (502; 602; 702), which are arranged such that they are directly in contact with each other and/or directly interact with each other and each having an axis of rotation (521; 522; 621; 622; 721; 722) and wherein an axial plane is a plane which contains both the axis of rotation (521; 621; 721) of the first cylinder (501; 601; 701) of the first type and the axis of rotation (522; 622; 722) of the second cylinder (502; 602; 702) of the first type and wherein a reference plane is a plane which contains at least an axis of rotation (521; 522; 621; 622; 721; 722) of such a cylinder (501; 502; 601; 602; 701; 702) of the first type and which has a horizontal surface normal and wherein these two cylinders (501; 502; 601; 602; 701; 702) of the first type are arranged at least during a processing operation such that the intersection angle between the axial plane on the one hand and the reference plane on the other hand is no more than 15° and wherein a transport path is provided for a transport of sheets and wherein this transport path has a region for the respective impression cylinder (501; 502; 601; 602; 701; 702) in which a contact is provided between sheets on the one hand and the lateral surface of the respective impression cylinder (501; 502; 601; 602; 701; 702) on the other hand, characterized in that this region of the transport path for the respective impression cylinder (501; 502; 601; 602; 701; 702) extends over an angular range of at least 270°.
Person-counting device - for a lift having a lift car having an entrance, - for determining that a person has entered or exited a lift car, - having a presence sensor, - able to be installed at the entrance of the lift car, - for detecting the presence of a person in the region of the entrance or the passage of a person through the entrance and - for outputting a detection signal in the event of presence or passage, - having an accelerometer, - able to be installed on the lift car, - for detecting the vertical acceleration of the lift car and - for outputting positive and negative acceleration values in relation to the upwards direction of movement of the lift car, and - having an evaluation device, - characterized in that the evaluation unit is designed, - upon reception of the detection signal, to receive a sequence of current acceleration values for a specific duration and - to analyse whether one of the acceleration values or the movement profile resulting therefrom exceeds an upper threshold value or falls below a lower threshold value and - to output or to process a signal indicating that a person has entered the lift car when the lower threshold value has been fallen below and - to output or to process a signal indicating that a person has exited the lift car when the upper threshold value has been exceeded. - for a lift having a lift car having an entrance, - for determining that a person has entered or exited a lift car, - having a presence sensor, - able to be installed at the entrance of the lift car, - for detecting the presence of a person in the region of the entrance or the passage of a person through the entrance and - for outputting a detection signal in the event of presence or passage, - having an accelerometer, - able to be installed on the lift car, - for detecting the vertical acceleration of the lift car and - for outputting positive and negative acceleration values in relation to the upwards direction of movement of the lift car, and - having an evaluation device, - characterized in that the evaluation unit is designed, - upon reception of the detection signal, to receive a sequence of current acceleration values for a specific duration and - to analyse whether one of the acceleration values or the movement profile resulting therefrom exceeds an upper threshold value or falls below a lower threshold value and - to output or to process a signal indicating that a person has entered the lift car when the lower threshold value has been fallen below and - to output or to process a signal indicating that a person has exited the lift car when the upper threshold value has been exceeded.
A locking arrangement for removably locking at least one trolley (104, 404a, 404b) to a counterpart arranged to a girder (102, 402) being a part of a crane bridge, the at least one trolley (104, 404a, 404b) is arranged to travel along the girder, wherein the locking arrangement comprises at least one magnet and at least one receiving area made of a material that is attracted to the at least one magnet, characterized in that the at least one magnet is arranged to the at least one trolley (104, 404a, 404b) and the counterpart comprises the at least one receiving area at a location corresponding to the at least one magnet.
Machine tool comprising: - an upright having prevailing extension along a vertical axis perpendicular to a ground plane; - a carriage, supported by the upright, translatable on command along the vertical axis; - a spindle-carrier ram, supported by the carriage; - a spindle supported by the ram, rotatable about a working axis, orthogonal to the vertical axis for the execution of machining operations, wherein the ram is translatable on command with respect to the carriage along the direction of said working axis, and said spindle is translatable on command with respect to the ram in the direction of said working axis; characterised in that it further comprises - at least one spindle rotation motor arranged onboard of the ram, comprising at least one stator supported by the ram, axially crossed by the spindle and at least one rotor arranged radially internally to the stator, engaged in rotation with the spindle and uncoupled in axial translation relative to said spindle. - an upright having prevailing extension along a vertical axis perpendicular to a ground plane; - a carriage, supported by the upright, translatable on command along the vertical axis; - a spindle-carrier ram, supported by the carriage; - a spindle supported by the ram, rotatable about a working axis, orthogonal to the vertical axis for the execution of machining operations, wherein the ram is translatable on command with respect to the carriage along the direction of said working axis, and said spindle is translatable on command with respect to the ram in the direction of said working axis; - at least one spindle rotation motor arranged onboard of the ram, comprising at least one stator supported by the ram, axially crossed by the spindle and at least one rotor arranged radially internally to the stator, engaged in rotation with the spindle and uncoupled in axial translation relative to said spindle.
A method for controlling a state of a Push-To, PT, server, wherein the PT server has a state with respect to a PT client among a plurality of states including a "U: not permitted and MB_Idle" state in which the PT client is allowed to request floor in order to send a media burst to the PT server, a "U: permitted" state in which the PT server has granted floor to the PT client, thereby permitting the PT client to send a media burst, until a T2 timer expires, a "U: pending MB_Revoke" state as a transition state used by the PT Server during a grace period after sending a media burst revoke message to the PT client, and a "U: waiting MB_Revoke" state in which the PT server denies permission to send a media burst if requested by the PT client until a T9 timer expires, wherein the T2 timer is a stop talking timer which is a type of media burst control timer that operates with respect to said PT client when said PT client has permission to send a media burst, and the T9 timer is a retry-after timer running in the "U: waiting MB_Revoke" state after expiry of the T2 timer, the method comprising: - in response to receiving (S41-S42, S44), by the PT server in the "U: permitted" state while the T2 timer is running, one or more media packets from the PT client and a media burst release message from the PT client before the last media packet is received, remaining, by the PT server, in the "U: permitted" state; - if the T2 timer expires, determining, by the PT server, whether the media burst release message has been received in the "U: permitted" state; and - transiting, by the PT server, from the "U: permitted" state to the "U: not permitted and MB_Ldle" state without going through the "U: pending MB_Revoke" and "U: waiting MB_Revoke" states if the determining step determines that the media burst release message has been received in the "U: permitted" state. - in response to receiving (S41-S42, S44), by the PT server in the "U: permitted" state while the T2 timer is running, one or more media packets from the PT client and a media burst release message from the PT client before the last media packet is received, remaining, by the PT server, in the "U: permitted" state; - if the T2 timer expires, determining, by the PT server, whether the media burst release message has been received in the "U: permitted" state; and - transiting, by the PT server, from the "U: permitted" state to the "U: not permitted and MB_Ldle" state without going through the "U: pending MB_Revoke" and "U: waiting MB_Revoke" states if the determining step determines that the media burst release message has been received in the "U: permitted" state.
Method for calibrating a digital optical imaging system, which comprises at least one motor-driven or encoded zoom system and an image sensor, comprising the following steps: - placing a reference object under the imaging system, the reference object having a reference pattern with fixedly defined reference points; - selecting and storing a zoom setting of the zoom system in a reference table; - recording a reference image by imaging the reference object on the image sensor; - dividing the reference image into at least three colour channel reference images R R, R G, R B; - fitting an ideal image corresponding to the reference pattern into the reference image in terms of relative position and orientation and ascertaining an image centre by virtue of displacing and rotating the ideal image until the smallest deviation is obtained between the ideal image and the reference image; subsequently - ascertaining a relative position error vector for n reference points of the reference object in each of the colour channel reference images by virtue of determining relative position deviations from the ideal image in terms of height and width; - storing the ascertained relative position error vectors in the reference table; - repeating the aforementioned steps for at least three different zoom settings. - placing a reference object under the imaging system, the reference object having a reference pattern with fixedly defined reference points; - selecting and storing a zoom setting of the zoom system in a reference table; - recording a reference image by imaging the reference object on the image sensor; - dividing the reference image into at least three colour channel reference images R R, R G, R B; - fitting an ideal image corresponding to the reference pattern into the reference image in terms of relative position and orientation and ascertaining an image centre by virtue of displacing and rotating the ideal image until the smallest deviation is obtained between the ideal image and the reference image; subsequently - ascertaining a relative position error vector for n reference points of the reference object in each of the colour channel reference images by virtue of determining relative position deviations from the ideal image in terms of height and width; - storing the ascertained relative position error vectors in the reference table; - repeating the aforementioned steps for at least three different zoom settings.
A method of determining the available energy capacity of a battery comprising: measuring a first open circuit voltage of said battery to correlate to and determine a first state of charge; changing the level of energy available in said battery by a measured amount; measuring a second open circuit voltage of said battery after changing the level of energy to determine a second state of charge; and dividing the measured amount of energy change in said battery by the calculated change in the state of charge from the first state of charge to the second state of charge to determine the available energy capacity of said battery; characterized in that said changing the level of energy step includes charging the battery with an over voltage down to a predetermined low current, said predetermined low current being substantially at or below three amps, or said predetermined low current is at substantially zero amps. measuring a first open circuit voltage of said battery to correlate to and determine a first state of charge; changing the level of energy available in said battery by a measured amount; measuring a second open circuit voltage of said battery after changing the level of energy to determine a second state of charge; and dividing the measured amount of energy change in said battery by the calculated change in the state of charge from the first state of charge to the second state of charge to determine the available energy capacity of said battery; characterized in that said changing the level of energy step includes charging the battery with an over voltage down to a predetermined low current, said predetermined low current being substantially at or below three amps, or said predetermined low current is at substantially zero amps.
A suspension arrangement for completing an oil and gas well comprising: a cylindrical tubing hanger housing body made from non-CRA steel; a production tubing having an extension sleeve extending upwardly from an upper portion of said production tubing, said production tubing and said extension sleeve made from CRA steel, said extension sleeve being threadedly connected to said tubing hanger housing body; and a seal sub of CRA material designed and arranged to be installed within said tubing hanger housing body and to fit within said extension sleeve, said seal sub creating a metal to metal seal with said extension sleeve whereby production fluid that flows upwardly through said production tubing and extension sleeve and said seal sub does not touch said tubing hanger housing body. a cylindrical tubing hanger housing body made from non-CRA steel; a production tubing having an extension sleeve extending upwardly from an upper portion of said production tubing, said production tubing and said extension sleeve made from CRA steel, said extension sleeve being threadedly connected to said tubing hanger housing body; and a seal sub of CRA material designed and arranged to be installed within said tubing hanger housing body and to fit within said extension sleeve, said seal sub creating a metal to metal seal with said extension sleeve whereby production fluid that flows upwardly through said production tubing and extension sleeve and said seal sub does not touch said tubing hanger housing body.
An interference cancellation method of a terminal in a mobile communication system, the method comprising: receiving first transmission parameters of an interferer channel; determining whether the interferer channel supports a predetermined transmission mode, TM, based on the first transmission parameters; characterized in that the method further comprises the steps of: estimating, when the interferer channel supports the predetermined TM, a channel state of the interference channel using a demodulation reference signal, DMRS, determined based on a blind detection with a group of virtual cell identifier-scrambling identifier, VCID-SCID, combinations of the interferer channel; obtaining a second transmission parameter of the interference channel based on the channel state; and canceling an interference to the terminal based on the second transmission parameter of the interference channel. receiving first transmission parameters of an interferer channel; determining whether the interferer channel supports a predetermined transmission mode, TM, based on the first transmission parameters; estimating, when the interferer channel supports the predetermined TM, a channel state of the interference channel using a demodulation reference signal, DMRS, determined based on a blind detection with a group of virtual cell identifier-scrambling identifier, VCID-SCID, combinations of the interferer channel; obtaining a second transmission parameter of the interference channel based on the channel state; and canceling an interference to the terminal based on the second transmission parameter of the interference channel.
A surface-treated metal sheet comprising a metal sheet, a surface-treatment coating that contains a polycarboxylic acid type polymer and a zirconium compound and that is formed on at least one surface of said metal sheet, and a coating that contains a polyester resin, a phenol resin and an acid catalyst and that is formed on said surface-treatment coating, wherein: when said surface-treatment coating is measured for its infrared absorption spectra, a peak height ratio (β/α) of a maximum absorption peak height (α) in a wave number range of 1660 to 1760 cm -1 and a maximum absorption peak height (β) in a wave number range of 1490 to 1659 cm -1 is from 0.35 to 1.94, wherein said peak height ratio (β/α) is determined according to the method in the description.
An implantable electrode comprising: a contact element for making contact with body tissue; a connecting section comprising a connecting line for connecting a medical device to the contact element; a cylindrical core, characterized in that the core is flexible along the longitudinal axis of the electrode, and the connecting section is wound around the cylindrical core, and individual or all turns are attached to the core, wherein the connecting section has a planar design, and the at least one connecting line is embedded in a planar casing. a contact element for making contact with body tissue; a connecting section comprising a connecting line for connecting a medical device to the contact element; a cylindrical core, characterized in that the core is flexible along the longitudinal axis of the electrode, and the connecting section is wound around the cylindrical core, and individual or all turns are attached to the core, wherein the connecting section has a planar design, and the at least one connecting line is embedded in a planar casing.
Method of manufacturing a dispenser part comprising at least two component parts (17, 18; 31, 32; 41a, 42a) each joined by a seam (21; 33; 43a), where at least one seam is arranged to extend from a first side edge to a second side edge of the dispenser part, wherein the method involves using a single mould and producing the dispenser part using a two component injection moulding process, wherein the two component injection moulding process involves performing a first injection moulding step to produce at least a first component part (17; 31; 41a) in said mould, retaining the at least one component part in the mould, and performing a second injection moulding step to produce at least a second component part (18; 32; 42a) in said mould, wherein joining a first edge of the at least one first component part (17; 31; 41a) and a second edge of the at least one second component part (18; 32; 42a) to form said seam during the second injection moulding step, wherein moulding each first edge of the at least one first component part to form at least one step (44, 45, 46) in a transverse direction to the first edge, wherein moulding each at least one step to form a first contact surface at a right angle to an outer or an inner surface (47, 48) of the dispenser part, and a second contact surface extending towards the first edge, characterized in that the method comprises the step of moulding the second contact surface to form raised contact increasing means along the length of the seam, and melting the raised contact increasing means during the second injection moulding step.
A power distribution cabinet comprising: a housing having a plurality of walls (12a,12b,12c) that define a plurality of zones (14,16,18) for housing electric components; and characterised by further comprising: a capacitive sensor located on an interior surface of each of the plurality of walls (12a,12b,12c), each capacitive sensor including a first conductive layer located proximate to the interior surface of the wall, a second conductive layer located distal from the interior surface of the wall, and a dielectric layer located between the first and second conductive layers (28b,28a); first and second output terminals connected to the first and second conductive layers (28b,28a) of each of the capacitive sensors to provide an output representative of displacement current within the power distribution cabinet; and a photodetector for each of the plurality of zones (14,16,18) configured to receive optical data indicative of an arc fault. a housing having a plurality of walls (12a,12b,12c) that define a plurality of zones (14,16,18) for housing electric components; and characterised by further comprising: a capacitive sensor located on an interior surface of each of the plurality of walls (12a,12b,12c), each capacitive sensor including a first conductive layer located proximate to the interior surface of the wall, a second conductive layer located distal from the interior surface of the wall, and a dielectric layer located between the first and second conductive layers (28b,28a); first and second output terminals connected to the first and second conductive layers (28b,28a) of each of the capacitive sensors to provide an output representative of displacement current within the power distribution cabinet; and a photodetector for each of the plurality of zones (14,16,18) configured to receive optical data indicative of an arc fault. a capacitive sensor located on an interior surface of each of the plurality of walls (12a,12b,12c), each capacitive sensor including a first conductive layer located proximate to the interior surface of the wall, a second conductive layer located distal from the interior surface of the wall, and a dielectric layer located between the first and second conductive layers (28b,28a); first and second output terminals connected to the first and second conductive layers (28b,28a) of each of the capacitive sensors to provide an output representative of displacement current within the power distribution cabinet; and a photodetector for each of the plurality of zones (14,16,18) configured to receive optical data indicative of an arc fault.