mhurhangee/ep-ind-claims huggingface dataset:
Device for noise-reduced fastening of pipes or hoses, comprising a clamp body, which has a passage for receiving a pipe or hose section, wherein the clamp body is formed by a pipe receiving block made of elastic material, which has a cylinder-shaped recess, which forms the passage and into which leads an insertion gap introduced into an upper cover surface of the pipe receiving block, which extends over the entire upper cover surface in the axial direction of the recess, characterised in that two bores are inserted parallel to one another on both sides of the recess, through which screws are guided, which are screwed into a clamping head on their side facing the insertion gap for insertion into a C-profile rail.
An apparatus comprising: (a) a body, wherein the body is configured to be positioned between a patient's back and a backrest of a chair; (b) an upright member connected to and extending upwardly from the body; (c) a frame mounted to the upright member, wherein the frame has a curved configuration configured to partially surround a patient's head; and (d) a plurality of field generating elements supported by the frame, wherein the field generating elements are configured to generate an electromagnetic field around a patient's head partially surrounded by the frame. (a) a body, wherein the body is configured to be positioned between a patient's back and a backrest of a chair; (b) an upright member connected to and extending upwardly from the body; (c) a frame mounted to the upright member, wherein the frame has a curved configuration configured to partially surround a patient's head; and (d) a plurality of field generating elements supported by the frame, wherein the field generating elements are configured to generate an electromagnetic field around a patient's head partially surrounded by the frame.
A fastening bracket for ceiling edge formwork, comprising a base limb for fastening it to a ceiling formwork, a retaining limb arranged perpendicularly thereto for fastening a ceiling edge form plate, and nail traps arranged on the retaining limb for spaced retaining of a form plate of the ceiling edge formwork, wherein the base limb has an upper and a lower (13, 11) cover plate between which a truss or a strut is formed, wherein feet retaining the base limb spaced from the ceiling formwork are molded onto the lower cover plate, characterized in that the retaining limb is extended beyond the lower cover plate of the base limb by a spur with a same cross-section as the retaining limb.
A method of operating a mobile transceiver (102, 300) having a processor (104, 304), a wireless transceiver, an internal antenna and an external antenna each coupled to the wireless transceiver via a switch, the method comprising: switching an active antenna for the wireless transceiver to the external antenna; determining whether an indication of an abnormal antenna condition of the external antenna has been detected; and when an indication of an abnormal antenna condition of the external antenna has been detected, switching the active antenna for the wireless transceiver from the external antenna to the internal antenna, and sending, by the wireless transceiver via the internal antenna, a notification to an asset tracking service that an indication of an abnormal antenna condition of the external antenna has detected; and wherein the method further comprising: determining whether a door of a container to which the mobile transceiver is mounted is open or closed; wherein switching to the external antenna is performed when the door of the container to which the mobile transceiver is mounted is determined to be closed; wherein switching to the internal antenna is performed when the door of the container to which the mobile transceiver is mounted is determined to be open. switching an active antenna for the wireless transceiver to the external antenna; determining whether an indication of an abnormal antenna condition of the external antenna has been detected; and when an indication of an abnormal antenna condition of the external antenna has been detected, switching the active antenna for the wireless transceiver from the external antenna to the internal antenna, and sending, by the wireless transceiver via the internal antenna, a notification to an asset tracking service that an indication of an abnormal antenna condition of the external antenna has detected; when an indication of an abnormal antenna condition of the external antenna has been detected, switching the active antenna for the wireless transceiver from the external antenna to the internal antenna, and sending, by the wireless transceiver via the internal antenna, a notification to an asset tracking service that an indication of an abnormal antenna condition of the external antenna has detected; and wherein the method further comprising: determining whether a door of a container to which the mobile transceiver is mounted is open or closed; wherein switching to the external antenna is performed when the door of the container to which the mobile transceiver is mounted is determined to be closed; wherein switching to the internal antenna is performed when the door of the container to which the mobile transceiver is mounted is determined to be open. determining whether a door of a container to which the mobile transceiver is mounted is open or closed; wherein switching to the external antenna is performed when the door of the container to which the mobile transceiver is mounted is determined to be closed; wherein switching to the internal antenna is performed when the door of the container to which the mobile transceiver is mounted is determined to be open.
A prosthetic foot (1E, 1F) comprising: an attachment member comprising a connector configured to connect the attachment member to a user or another prosthetic device; at least one first brace (70E, 70F) mounted to the attachment member; at least one first flexible member (30E, 30F) connected to the attachment member by the at least one first brace (70E, 70F) such that a force between the ground and the attachment member can be supported by the at least one first flexible member (30E, 30F), the first brace (70E, 70F) mounting around the first flexible member (30E, 30F); an unpowered actuator (20E, 20F) mounted to the attachment member; and at least one second brace (70E, 70F) mounted to the actuator (20E, 20F); and at least one second flexible member (40E, 40F) connected to the attachment member by the at least one second brace (70E, 70F) such that a force between the ground and the attachment member can be supported by the at least one second flexible member (40E, 40F), the second brace (70E, 70F) mounting around the second flexible member (40E, 40F). an attachment member comprising a connector configured to connect the attachment member to a user or another prosthetic device; at least one first brace (70E, 70F) mounted to the attachment member; at least one first flexible member (30E, 30F) connected to the attachment member by the at least one first brace (70E, 70F) such that a force between the ground and the attachment member can be supported by the at least one first flexible member (30E, 30F), the first brace (70E, 70F) mounting around the first flexible member (30E, 30F); an unpowered actuator (20E, 20F) mounted to the attachment member; and at least one second brace (70E, 70F) mounted to the actuator (20E, 20F); and at least one second flexible member (40E, 40F) connected to the attachment member by the at least one second brace (70E, 70F) such that a force between the ground and the attachment member can be supported by the at least one second flexible member (40E, 40F), the second brace (70E, 70F) mounting around the second flexible member (40E, 40F).
Method for determining location of a lens machining tool in a turning machine configured for manufacturing ophthalmic lenses, said location of said lens machining tool being defined according to at least two directions (16, 17, 18) in said turning machine, said method comprising the steps of manufacturing a calibration piece according to a predetermined theoretical geometry by using said lens machining tool, receiving data representative of geometrical characteristics of said calibration piece and processing said data for determining location of said lens machining tool relative to at least one of said two directions, wherein: - said lens machining tool has an offset location (dY) according to a first direction amongst said two directions, relative to a theoretical location, which is smaller than a first predetermined threshold; - said step of manufacturing a calibration piece is configured to provide a at least partially annular groove in a main surface of said calibration piece, said at least partially annular groove being configured to form at least one sharp edge (29, 30) defining a slope discontinuity on said main surface and characterized in that said at least partially annular groove has a predetermined local slope (33, 34) relative to said main surface, close to said at least one sharp edge (29, 30); - said step of receiving data of geometrical characteristics of said calibration piece comprises the step of measuring geometrical characteristics of said at least one sharp edge on said main surface; and - said method further comprises the step of deducing, from said measured data representative of geometrical characteristics of said at least one sharp edge on said main surface, a location of said lens machining tool according to a second direction amongst said two directions, the second direction being distinct from the first direction. - said lens machining tool has an offset location (dY) according to a first direction amongst said two directions, relative to a theoretical location, which is smaller than a first predetermined threshold; - said step of manufacturing a calibration piece is configured to provide a at least partially annular groove in a main surface of said calibration piece, said at least partially annular groove being configured to form at least one sharp edge (29, 30) defining a slope discontinuity on said main surface and characterized in that said at least partially annular groove has a predetermined local slope (33, 34) relative to said main surface, close to said at least one sharp edge (29, 30); - said step of receiving data of geometrical characteristics of said calibration piece comprises the step of measuring geometrical characteristics of said at least one sharp edge on said main surface; and - said method further comprises the step of deducing, from said measured data representative of geometrical characteristics of said at least one sharp edge on said main surface, a location of said lens machining tool according to a second direction amongst said two directions, the second direction being distinct from the first direction.
A traveling vehicle system including a system server, a plurality of access points connected to the system server through a LAN on a ground, and a plurality of traveling vehicles configured to communicate with the access points in each control cycle through wireless communication, characterized in that the control cycle including an instruction time zone for providing instructions from the access points to the traveling vehicles, and a report time zone for providing reports from the traveling vehicles to the access points; the instruction time zone and the report time zone are separate periods of time; the access points having an instructing unit for transmitting a target position to the traveling vehicles in the instruction time zone; the traveling vehicles having a reporting unit for reporting a position to the access points in the report time zone; and the system server having an instruction generator for determining the target positions of the traveling vehicles based on the position reported to the access points, the system server being configured to transmit the determined target positions to the access points.
A high pressure polymerisation process for the preparation of polyethylene by free radical polymerisation in supercritical ethylene characterised in that the polymerisation process takes place at temperatures in the reaction zone of the high pressure reactor between 150 0 C and 330 0 C and at reactor inlet pressures between 150 MPa and 400 MPa in the presence of a cobalt containing complex according to Formula: wherein y 1, y 2, y 3 and y 4 may, independently of one another be the same or different, H, (C 1 -C 20) alkyl, (C 5 -C 20) cycloalkyl, (C 6 -C 10) aryl radical, phenyl or hydroxyphenyl.
An air conditioner comprising: a control unit (2B, 14) configured to control the air conditioner using a learning model; and an adapter including a communication unit configured to communicate with a server device for generating the learning model on the basis of operation history data of the air conditioner, wherein the adapter includes: an acquisition unit configured to acquire the operation history data every predetermined cycle from the air conditioner; a determination unit configured to determine whether an amount of change between pieces of temporally continuous data out of a plurality of pieces of the operation history data acquired by the acquisition unit, the pieces of the operation history data having different contents from each other, is within a predetermined range that is defined corresponding to a content of a piece of the operation history data; an erasing unit configured to leave at least one of the pieces of continuous data and delete the other pieces of continuous data in a case where the amount of change between the pieces of the continuous data is within the predetermined range; and a transmission unit configured to transmit the operation history data after the other pieces of continuous data is deleted by the erasing unit to the server device. an acquisition unit configured to acquire the operation history data every predetermined cycle from the air conditioner; a determination unit configured to determine whether an amount of change between pieces of temporally continuous data out of a plurality of pieces of the operation history data acquired by the acquisition unit, the pieces of the operation history data having different contents from each other, is within a predetermined range that is defined corresponding to a content of a piece of the operation history data; an erasing unit configured to leave at least one of the pieces of continuous data and delete the other pieces of continuous data in a case where the amount of change between the pieces of the continuous data is within the predetermined range; and a transmission unit configured to transmit the operation history data after the other pieces of continuous data is deleted by the erasing unit to the server device.
A method for synchronizing media presentation between a host device, a first client device and a second client device, the method comprising the steps of: sending, by the host device to the first client device, a first request for sending information about latency within the first client device; sending, by the host device to the second client device, a second request for sending information about latency within the second client device; sending, by the host device to the first client device and the second client device, one or more media packets based on a packet timeline determined for the first client device and the second client device; receiving, by the host device from the first client device, a first playback latency associated with the first client device; receiving, by the host device from the second client device, a second playback latency associated with the second client device; generating, by the host device, a presentation timeline based on the first playback latency and the second playback latency, wherein the first presentation timeline is indicative of when to play back, at the first client device and the second client device, media data included in the one or more media packets; and sending, by the host device to the first client device and the second client device, the presentation timeline. sending, by the host device to the first client device, a first request for sending information about latency within the first client device; sending, by the host device to the second client device, a second request for sending information about latency within the second client device; sending, by the host device to the first client device and the second client device, one or more media packets based on a packet timeline determined for the first client device and the second client device; receiving, by the host device from the first client device, a first playback latency associated with the first client device; receiving, by the host device from the second client device, a second playback latency associated with the second client device; generating, by the host device, a presentation timeline based on the first playback latency and the second playback latency, wherein the first presentation timeline is indicative of when to play back, at the first client device and the second client device, media data included in the one or more media packets; and sending, by the host device to the first client device and the second client device, the presentation timeline.
A catheter, having a wall extended in an axial direction, which wall surrounds a lumen of the catheter, which has, perpendicularly to the axial direction, an adjustable diameter, characterised in that the wall, for adjustment of the diameter, has at least one outer spring element and at least one inner spring element arranged coaxially to said outer spring element, wherein the at least one outer spring element surrounds the at least one inner spring element, wherein the two spring elements (100, 200) each have a distal end (101, 201), wherein the two distal ends (101, 201) are connected to one another, and wherein the two spring elements (100, 200) each have a multiplicity of windings, wherein the winding direction of the outer spring element is opposite the winding direction of the inner spring element.
A road surface state determination apparatus comprising: an acquisition interface configured to acquire an image representing a road surface imaged by a camera; and a controller configured to determine whether the road surface is wet or dry on the basis of a spatial change in luminance of pixels in a continuous region included in the image, wherein the controller is further configured to perform a process to detect a lane marking on the road surface from a change in luminance of the pixels in the continuous region included in the image, to determine that the road surface is dry when detection of the lane marking is successful, and to determine that the road surface is wet when detection of the lane marking is unsuccessful due to an edge of the lane marking not being detected. an acquisition interface configured to acquire an image representing a road surface imaged by a camera; and a controller configured to determine whether the road surface is wet or dry on the basis of a spatial change in luminance of pixels in a continuous region included in the image, wherein the controller is further configured to perform a process to detect a lane marking on the road surface from a change in luminance of the pixels in the continuous region included in the image, to determine that the road surface is dry when detection of the lane marking is successful, and to determine that the road surface is wet when detection of the lane marking is unsuccessful due to an edge of the lane marking not being detected.
A method for communications, the method comprising the steps of: a. subscribing to receipt of a certain type of notification messages at a subscribing communication node; b. engaging in a time sensitive communication; and c. responsive to the engagement in the time sensitive communication, determining whether the time sensitive communication is assigned to a separate traffic channel, and if not, requesting by the communication node a suspension of the subscription to the receipt of the certain type of notification messages for the duration the communication node is engaged with the time sensitive communication. a. subscribing to receipt of a certain type of notification messages at a subscribing communication node; b. engaging in a time sensitive communication; and c. responsive to the engagement in the time sensitive communication, determining whether the time sensitive communication is assigned to a separate traffic channel, and if not, requesting by the communication node a suspension of the subscription to the receipt of the certain type of notification messages for the duration the communication node is engaged with the time sensitive communication.
Evaporator unit for an inhaler, in particular for an electronic cigarette product, comprising an electrically operable heating body, in particular a flat heating body, which has an inlet side and an outlet side, a support for supporting the heating body, and a plurality of microchannels, each of which extends from the inlet side to the outlet side through the heating body, wherein the heating body is designed to evaporate liquid being transferred through the microchannels by applying a heating voltage, characterised in that a porous and/or capillary wick structure is arranged on the inlet side of the heating body, said wick structure being fluidically connected or connectable to a liquid store, wherein the wick structure has a shaft which extends through a passage opening of the support, and a circumferential collar, which is arranged between the support and the heating body, wherein the diameter of the collar is greater than the diameter of the passage opening of the support.