mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit comprising: a casing which houses a compressor and a heat exchanger; a terminal block attaching plate which is provided in the vicinity of a side face of the casing and includes a terminal block to which a power source line from an indoor unit is connectable; and a control board which is provided in the casing, opposes the terminal block attaching plate, wherein the control board is provided to be slanted to the terminal block attaching plate characterized in that the control board is slanted so that the distance between the control board and the terminal block attaching plate decreases toward a back face side inside the outdoor unit, the terminal block attaching plate being rotatable away from the control board. a casing which houses a compressor and a heat exchanger; a terminal block attaching plate which is provided in the vicinity of a side face of the casing and includes a terminal block to which a power source line from an indoor unit is connectable; and a control board which is provided in the casing, opposes the terminal block attaching plate, wherein the control board is provided to be slanted to the terminal block attaching plate
A delivery device for delivering an infusion media to a user, the device comprising: a disposable housing portion adapted to be secured to a user; a durable housing portion configured to be selectively engaged with and disengaged from the disposable housing portion to allow disposal of the disposable housing portion without disposing of the durable housing portion; a reservoir for containing infusion media supported on the disposable housing portion; electrical control circuitry contained in the durable housing portion, wherein the electrical control circuitry controls the delivery of infusion media from the reservoir to the user when the durable housing portion and the disposable housing portion are engaged, characterised in that the delivery device further comprising a movable needle supporting structure that allows for selective introduction of a needle into the user, for conveying infusion media from the reservoir into the user, the movable needle supporting structure being movable relative to the disposable housing portion from an extended position to a withdrawn position, wherein the movable needle supporting structure is removed and separated from the durable and the disposable housing portion (22,20) when in the withdrawn position, said delivery device further comprising a hollow tube coupled to the moveable needle supporting structure, wherein the disposable housing portion further comprises an opening for connecting the hollow tube to the reservoir for conveying infusion media from the reservoir to the moveable needle supporting structure. a disposable housing portion adapted to be secured to a user; a durable housing portion configured to be selectively engaged with and disengaged from the disposable housing portion to allow disposal of the disposable housing portion without disposing of the durable housing portion; a reservoir for containing infusion media supported on the disposable housing portion; electrical control circuitry contained in the durable housing portion, wherein the electrical control circuitry controls the delivery of infusion media from the reservoir to the user when the durable housing portion and the disposable housing portion are engaged, characterised in that the delivery device further comprising a movable needle supporting structure that allows for selective introduction of a needle into the user, for conveying infusion media from the reservoir into the user, the movable needle supporting structure being movable relative to the disposable housing portion from an extended position to a withdrawn position, wherein the movable needle supporting structure is removed and separated from the durable and the disposable housing portion (22,20) when in the withdrawn position, said delivery device further comprising a hollow tube coupled to the moveable needle supporting structure, wherein the disposable housing portion further comprises an opening for connecting the hollow tube to the reservoir for conveying infusion media from the reservoir to the moveable needle supporting structure.
Method for ensuring occupational safety on drilling rigs having a drilling mast, namely for protecting persons from contact with parts moving on or/and inside the drilling mast, by disabling the moving parts to be protected as regards the avoidance of contact if a subject or an object enters a sensory scanning field, wherein radar sensors (2 1 -2 n; 3 1 -3 n) are used to form the sensory scanning field, characterized - in that use is made of radar sensors (2 1 -2 n; 3 1 -3 n) which are designed to emit radar radiation and to receive radar radiation reflected by a subject or an object in the scanning field, and - in that these radar sensors (2 1 -2 n; 3 1 -3 n) are arranged on the drilling rig to be protected, and - in that the scanning field is formed by virtue of the fact that, (i.) in the case of a vertical orientation of the drilling mast in order to produce vertical drilling, radar sensors (2 1 -2 n) emit radar beams in a manner rising in the radial direction (r) with respect to the longitudinal axis of the drilling mast or radar sensors (3 1 -3 n) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast, (ii.) in the case of a horizontal orientation of the drilling mast in order to produce horizontal drilling, radar sensors (3 1 -3 n) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast. - in that use is made of radar sensors (2 1 -2 n; 3 1 -3 n) which are designed to emit radar radiation and to receive radar radiation reflected by a subject or an object in the scanning field, and - in that these radar sensors (2 1 -2 n; 3 1 -3 n) are arranged on the drilling rig to be protected, and - in that the scanning field is formed by virtue of the fact that, (i.) in the case of a vertical orientation of the drilling mast in order to produce vertical drilling, radar sensors (2 1 -2 n) emit radar beams in a manner rising in the radial direction (r) with respect to the longitudinal axis of the drilling mast or radar sensors (3 1 -3 n) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast, (ii.) in the case of a horizontal orientation of the drilling mast in order to produce horizontal drilling, radar sensors (3 1 -3 n) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast. (i.) in the case of a vertical orientation of the drilling mast in order to produce vertical drilling, radar sensors (2 1 -2 n) emit radar beams in a manner rising in the radial direction (r) with respect to the longitudinal axis of the drilling mast or radar sensors (3 1 -3 n) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast, (ii.) in the case of a horizontal orientation of the drilling mast in order to produce horizontal drilling, radar sensors (3 1 -3 n) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast.
A user equipment, comprising: a wireless interface for communication with a cellular communication network, the wireless interface being operative for a device-to-device transmission and/or a device-to-device reception in a position determining procedure in which a relative position of the user equipment and at least one further user equipment (3, 4) is determined, the user equipment being operative to communicate with a radio access network node of the cellular communication network for network assistance in the position determining procedure, wherein the user equipment is operative to request the radio access network node to transmit a message associated with the position determining procedure in dependence on a target precision of the position determining procedure, receive the message from the radio access network node, and perform the device-to-device transmission and/or device-to-device reception in the position determining procedure in accordance with the message received from the radio access network node. a wireless interface for communication with a cellular communication network, the wireless interface being operative for a device-to-device transmission and/or a device-to-device reception in a position determining procedure in which a relative position of the user equipment and at least one further user equipment (3, 4) is determined, the user equipment being operative to communicate with a radio access network node of the cellular communication network for network assistance in the position determining procedure, wherein the user equipment is operative to request the radio access network node to transmit a message associated with the position determining procedure in dependence on a target precision of the position determining procedure, receive the message from the radio access network node, and perform the device-to-device transmission and/or device-to-device reception in the position determining procedure in accordance with the message received from the radio access network node. request the radio access network node to transmit a message associated with the position determining procedure in dependence on a target precision of the position determining procedure, receive the message from the radio access network node, and perform the device-to-device transmission and/or device-to-device reception in the position determining procedure in accordance with the message received from the radio access network node.
A method for providing data representing body parts of a person, the method at least comprising the steps of: Providing a head mounted display unit, wherein the head mounted display unit is arranged at the head of said person, wherein the head mounted display unit has a defined screen section which is arranged in front of at least one eye of said person, wherein visual information is outputtable in the defined screen section for displaying the visual information to the at least one eye of said person, providing a camera means for capturing visual information in front of said person, wherein said camera means is part of the head mounted display unit or attached thereto, providing a mirror for mirroring said person while wearing the head mounted display unit, the mirror being external to the head mounted display capturing with the camera means visual information mirrored by the mirror, processing the visual information mirrored by the mirror by means of a processing unit, outputting said processed visual information, in particular to said person, characterized in that an adjustment screen is enabled as video-see-through feature, wherein the mirror is at least partially displayed in the adjustment screen, wherein an evaluation of the captured visual information takes place, wherein the distance between the camera means and the mirror is determined, wherein a signal is outputted in case the distance between the camera means and mirror is below a minimal threshold or above a maximum threshold and wherein the adjustment screen and the outputted signal allow an easy setup of the optimal distance between the camera means and the mirror. wherein the head mounted display unit has a defined screen section which is arranged in front of at least one eye of said person, wherein visual information is outputtable in the defined screen section for displaying the visual information to the at least one eye of said person, providing a camera means for capturing visual information in front of said person, wherein said camera means is part of the head mounted display unit or attached thereto, providing a mirror for mirroring said person while wearing the head mounted display unit, the mirror being external to the head mounted display capturing with the camera means visual information mirrored by the mirror, processing the visual information mirrored by the mirror by means of a processing unit, outputting said processed visual information, in particular to said person, characterized in that an adjustment screen is enabled as video-see-through feature, wherein the mirror is at least partially displayed in the adjustment screen, wherein an evaluation of the captured visual information takes place, wherein the distance between the camera means and the mirror is determined, wherein a signal is outputted in case the distance between the camera means and mirror is below a minimal threshold or above a maximum threshold and wherein the adjustment screen and the outputted signal allow an easy setup of the optimal distance between the camera means and the mirror.
Process for removing oxygenated contaminants from an ethylene stream comprising: a) providing a dried ethylene stream comprising ethylene, up to 1 w% oxygenates, ethane, CO, CO2, H2, CH4 and C3+ hydrocarbons, b) sending said stream to a C2 splitter/deethanizer to produce a bottom stream comprising ethane, oxygenates and C3+ hydrocarbons, an overhead comprising the remaining components, c) sending said overhead to a fixed bed CO2 adsorption zone to recover a stream essentially free of CO2, i.e. CO2 is 1 ppm vol or less, d) sending said stream essentially free of CO2, i.e. CO2 is 1 ppm vol or less, to a demethanizer/CO stripper to recover an overhead comprising H2, CH4 and CO, liquid ethylene at the bottoms. a) providing a dried ethylene stream comprising ethylene, up to 1 w% oxygenates, ethane, CO, CO2, H2, CH4 and C3+ hydrocarbons, b) sending said stream to a C2 splitter/deethanizer to produce a bottom stream comprising ethane, oxygenates and C3+ hydrocarbons, an overhead comprising the remaining components, c) sending said overhead to a fixed bed CO2 adsorption zone to recover a stream essentially free of CO2, i.e. CO2 is 1 ppm vol or less, d) sending said stream essentially free of CO2, i.e. CO2 is 1 ppm vol or less, to a demethanizer/CO stripper to recover an overhead comprising H2, CH4 and CO, liquid ethylene at the bottoms.
A surface area luminaire with a plate-shaped light guiding element and lighting means arranged on at least one narrow side of the light guiding element, the light of which is coupled into the light guiding element via a light entry surface formed by the narrow side and is emitted via a light exit surface oriented substantially perpendicular to the light entry surface, wherein on the side of the light guiding element opposite the light exit surface a flat device carrier is provided, on which at least one operating device for the lighting means is arranged, wherein the luminaire also has a mounting frame, which can be detachably connected to the device carrier and is designed for fastening to a carrier surface, for example, to the ceiling of a room to be illuminated, wherein the detachable connection between device carrier and mounting frame has two bolts, which are displaceably arranged on the mounting frame and are designed for latching with at least one latching element arranged on the device carrier, wherein the bolts for releasing the latching are movable in a direction parallel to the plane of the light guiding element, and wherein the mounting frame has a frame-like region, on the sides of which webs (53, 54) extend downward, wherein two of said webs form guides opposite one another for the bolts and the bolts in each case abut against the inside of the webs.
A flywheel energy storage device comprising: a sealed housing (14, 16, 18) comprising a top plate, a bottom plate, and a cylindrical vertical enclosure; a rotor disposed within the sealed housing (14, 16, 18); an upper bearing pack having a bearing pack outer housing arranged on the top plate, comprising one or more rolling contact bearings disposed between the rotor and the top plate, and a lower bearing pack having a bearing pack outer housing arranged on the bottom plate, comprising one or more rolling contact bearings disposed between the rotor and the bottom plate; an off-loading magnet configured to provide a vertical off-loading force that lifts the rotor against the rolling contact bearings of the upper bearing pack in a vertical direction and off of the rolling contact bearings of the lower bearing pack in a vertical direction; and characterised in that it comprises a strain gauge configured to monitor strain on the rotor in real-time, wherein the strain gauge is bonded to a surface of the rotor inside the cylindrical vertical enclosure and oriented along a direction parallel and tangential to the radial vector, and wherein the strain gauge comprises a wireless transmitter to wirelessly transmit strain measurements to a receiver inside the cylindrical vertical enclosure. a sealed housing (14, 16, 18) comprising a top plate, a bottom plate, and a cylindrical vertical enclosure; a rotor disposed within the sealed housing (14, 16, 18); an upper bearing pack having a bearing pack outer housing arranged on the top plate, comprising one or more rolling contact bearings disposed between the rotor and the top plate, and a lower bearing pack having a bearing pack outer housing arranged on the bottom plate, comprising one or more rolling contact bearings disposed between the rotor and the bottom plate; an off-loading magnet configured to provide a vertical off-loading force that lifts the rotor against the rolling contact bearings of the upper bearing pack in a vertical direction and off of the rolling contact bearings of the lower bearing pack in a vertical direction; and characterised in that it comprises a strain gauge configured to monitor strain on the rotor in real-time, wherein the strain gauge is bonded to a surface of the rotor inside the cylindrical vertical enclosure and oriented along a direction parallel and tangential to the radial vector, and wherein the strain gauge comprises a wireless transmitter to wirelessly transmit strain measurements to a receiver inside the cylindrical vertical enclosure.
Tension absorbing means produced from a flexible strand which is only loadable under tension, characterised in that - the strand is folded into three or more loop sections (S1,...,Se), - proceeding from the beginning of the strand a succeeding loop section (S2,...,Se) arranged offset in the direction of the end of the strand follows each preceding loop section (S1,...,Se-1) arranged offset in the direction of the beginning, until the last loop section (Se) has been reached, - each loop section (S1,...,Se) has a loop which encloses a loop opening, and in that - at least one bow (M1,...,Me) is formed from the strand by guiding a succeeding loop section (S2,...,Se) by its loop through the loop opening of a preceding loop section (S1,...,Se-1) arranged adjacent to it. - the strand is folded into three or more loop sections (S1,...,Se), - proceeding from the beginning of the strand a succeeding loop section (S2,...,Se) arranged offset in the direction of the end of the strand follows each preceding loop section (S1,...,Se-1) arranged offset in the direction of the beginning, until the last loop section (Se) has been reached, - each loop section (S1,...,Se) has a loop which encloses a loop opening, and in that - at least one bow (M1,...,Me) is formed from the strand by guiding a succeeding loop section (S2,...,Se) by its loop through the loop opening of a preceding loop section (S1,...,Se-1) arranged adjacent to it.
A supporting device for receiving, securing and supporting at least one gripping mechanism comprising at least one gripper arm pair of a first and a second gripper arm (3, 4) for gripping, holding and guiding containers which has a circular or circular-segmented support plate in which a first receiving opening for accommodating and fixing a first gripper arm pivot axis of the first gripper arm, a second receiving opening for accommodating and fixing a second gripper arm pivot axis of the second gripper arm and a third receiving opening for the rotatable receiving of a cam control shaft for opening or closing the gripping mechanism is respectively formed in the axial direction for each gripping mechanism, wherein a fourth receiving opening for accommodating and fixing a locking pin for the rotatable securing of the cam control shaft is provided in the support plate for each gripping mechanism, wherein the fourth receiving opening extends inwardly from the outer lateral surface of the support plate to the third receiving opening and at least partly projects into same, characterized in that the fourth receiving opening runs as a tangential cut through the edge region of the third receiving opening so that a locking pin introduced into the fourth receiving opening tangentially intersects the third receiving opening.
Device for monitoring a biological process in a liquid medium, comprising a wall section configured to hold the medium during operation of the device, a silanization layer, an adhesive and a sensor arrangement, wherein the wall section comprises a through-hole, the silanization layer is applied directly on the wall section and applied completely around the through-hole, the sensor arrangement comprises a support comprising a glass layer, and the adhesive tightly adhesively bonds the silanization layer to the glass layer.
A heating cooker comprising: a top plate on which an object to be heated is placed; a plurality of IH coils (11-18, 21-26, 31-38) provided under the top plate for heating the object to be heated by induction heating; an operation display unit configured with a touch panel for displaying information prompting an operation via the touch panel and receiving an input of the operation via the touch panel; a drive unit for driving the plurality of IH coils (11-18, 21-26, 31-38); and a control unit for controlling the operation display unit and the drive unit, according to the operation input to the operation display unit, characterized in that the control unit sets a selection region on the touch panel, and a heating region on the top plate, according to a drag operation on the touch panel, the operation display unit displays the selection region, and the drive unit drives at least one of the IH coils (11-18, 21-26, 31-38) corresponding to the heating region. a top plate on which an object to be heated is placed; a plurality of IH coils (11-18, 21-26, 31-38) provided under the top plate for heating the object to be heated by induction heating; an operation display unit configured with a touch panel for displaying information prompting an operation via the touch panel and receiving an input of the operation via the touch panel; a drive unit for driving the plurality of IH coils (11-18, 21-26, 31-38); and a control unit for controlling the operation display unit and the drive unit, according to the operation input to the operation display unit, characterized in that the control unit sets a selection region on the touch panel, and a heating region on the top plate, according to a drag operation on the touch panel, the operation display unit displays the selection region, and the drive unit drives at least one of the IH coils (11-18, 21-26, 31-38) corresponding to the heating region.