mhurhangee/ep-ind-claims huggingface dataset:
A kingpin assembly, comprising: a housing having a recess located therein and configured to be attached to a towed vehicle; a kingpin having at least a portion located within the recess of the housing, wherein the kingpin is secured within the recess of the housing, and wherein the kingpin includes an axis extending along a length of the kingpin; and a sensor arrangement configured to sense a force exerted on the kingpin in a first direction that is substantially perpendicular to the longitudinal axis, characterized in that the sensor arrangement includes a capacitive-type load cell that includes a ring positioned between the kingpin and the housing, the ring including an inner electrically conductive ring, an outer electrically conductive ring and an elastomeric dielectric material positioned therebetween. a housing having a recess located therein and configured to be attached to a towed vehicle; a kingpin having at least a portion located within the recess of the housing, wherein the kingpin is secured within the recess of the housing, and wherein the kingpin includes an axis extending along a length of the kingpin; and a sensor arrangement configured to sense a force exerted on the kingpin in a first direction that is substantially perpendicular to the longitudinal axis, characterized in that the sensor arrangement includes a capacitive-type load cell that includes a ring positioned between the kingpin and the housing, the ring including an inner electrically conductive ring, an outer electrically conductive ring and an elastomeric dielectric material positioned therebetween.
Device for simulating a communication relay for at least one device for processing tactical data, characterised in that the simulation device comprises: - A data storage system; - A first connection interface for connection with the device for processing tactical data; - A second communication interface; - A processor connected to the storage system and to the interfaces, characterised in that the processor is configured to: - Divide a temporal cycle having a first predetermined duration into time slots of a second predetermined duration, each time slot being identified by an index in the temporal cycle; - Monitor the network traffic over the second communication interface; - Emit a message via the first interface for all the indices of slots except for slots identified by a list of at least one excluded index; - Broadcast a message via the second interface for the slots identified by the list of at least one excluded index. - A data storage system; - A first connection interface for connection with the device for processing tactical data; - A second communication interface; - A processor connected to the storage system and to the interfaces, - Divide a temporal cycle having a first predetermined duration into time slots of a second predetermined duration, each time slot being identified by an index in the temporal cycle; - Monitor the network traffic over the second communication interface; - Emit a message via the first interface for all the indices of slots except for slots identified by a list of at least one excluded index; - Broadcast a message via the second interface for the slots identified by the list of at least one excluded index.
A method for operating an emergency call system for a railway tunnel for ensuring the availability of technical devices for the purpose of fire and disaster protection, emergency telephones being connected to a monitoring module via a communication network with a tunnel emergency call centre, characterized in that at regular, settable times, a check of the availability of the technical devices is carried out, wherein the obtained data are transmitted by means of audio-frequency methods via at least one telephone line to the monitoring monitor NÜM-TNZ, converted there into digital data and transmitted via a digital interface to a PC of the at least one tunnel emergency call centre TNZ and stored there as a status log, evaluated and displayed, so that deviations from the set normal state are recognized as faults and forwarded to a monitoring and/or operation-controlling location BÜ/TÜ for rectification, wherein • in the event of a fault of the preferred connection path, that is to say there is no acknowledgement signal by TNZ, after a waiting period, a call is sent out on an auxiliary connection path, and • investigation of the primary paths is carried out at an interval of 5 hours to 32 days. • in the event of a fault of the preferred connection path, that is to say there is no acknowledgement signal by TNZ, after a waiting period, a call is sent out on an auxiliary connection path, and • investigation of the primary paths is carried out at an interval of 5 hours to 32 days.
A floating crane, comprising a bearing hull composed of interconnected parts, wherein on the hull a lifting device is mounted, wherein the parts of the bearing hull in the form of at least one fixed part and at least one movable part are interconnected by means of at least one connector fixed on one side to the fixed part of the bearing hull and on the other side movably fixed to the movable part of the bearing hull, wherein the vertical axis of rotation of the lifting device is in the area of the centre of buoyancy of the movable part in an operating position of the movable part, characterised in that the connector comprises a two-arm element, where working ends of the arms of the connector are fixed to the movable part of the hull by means of an outer ring of a swing bearing of the moving part relative to the main part of the hull, wherein an inner ring of the swing bearing of the movable part is centrally mounted on the movable part of the hull.
A method of receiving, at a mobile terminal of an orthogonal frequency division multiplexing, OFDM, system, a downlink control channel, the method comprising: (a) receiving a first information indicating a size m of a first region through a broadcast channel, wherein the first region is defined by m consecutive OFDM symbol(s) starting from beginning of a subframe and the first region is used for a transmission of physical hybrid automatic repeat request indicator channels; (b) receiving a second information indicating a size n of a second region through a physical control format indicator channel, PCFICH, on the subframe, wherein the second region is defined by n consecutive OFDM symbol(s) starting from beginning of the subframe and the second region is used for a transmission of downlink control channels; and (c) decoding the downlink control channel for the mobile terminal which is received via the second region (S20, S30), wherein, the size n is configured to be equal to or greater than the size m, n ≥ m, at a base station, and a transmission time interval of broadcast channels is greater than a transmission time interval of PCFICHs. (a) receiving a first information indicating a size m of a first region through a broadcast channel, wherein the first region is defined by m consecutive OFDM symbol(s) starting from beginning of a subframe and the first region is used for a transmission of physical hybrid automatic repeat request indicator channels; (b) receiving a second information indicating a size n of a second region through a physical control format indicator channel, PCFICH, on the subframe, wherein the second region is defined by n consecutive OFDM symbol(s) starting from beginning of the subframe and the second region is used for a transmission of downlink control channels; and (c) decoding the downlink control channel for the mobile terminal which is received via the second region (S20, S30),
A connector for reproducibly attaching a reference array in a fixed positional relationship with respect to a patient, wherein the patient is to be covered by a sterile drape in the attachment area, the connector comprising: a support which is to be situated below the drape; and a clamping element which is to be situated above the drape and can directly or indirectly hold the reference array or a reference array adaptor, wherein the clamping element is adapted to clamp the support, with the drape caught between the two, by means of at least three distinct clamps which are adapted to clamp the support in such a way that the positional shift in the clamping element as a result of clamping the drape at a clamping position between the support and the clamps is compensated for, such that its overall positional shift is substantially zero, wherein the clamps and the support have corresponding surface forms including extensions and receptacles at the clamping positions, characterised in that, when the support is clamped by the clamping element the clamps are distributed along parallel flat surfaces of the support and are adapted to clamp the support from anti-parallel directions.
Method for transferring and displaying vector graphics with additional information from a cloud-based CAD archive, whereby the transfer from the cloud-based CAD archive to mobile devices, portable or stationary computers of end users for displaying on an app on the front-ends of the mobile devices, portable or stationary computers, the method comprising the following steps: - CAD files for the cloud archive are provided by users. - the individually provided CAD files are checked for viruses, consistency and errors before processing for the CAD archive, - after a successful check, a compressed pixel graphic file is created for each individual user-specific CAD file and the files are encrypted together with one or more info point files with info points (CInf) as additional information and stored in the CAD archive stored, whereby the user can define passwords and access rights for the individual CAD data or info point information of the info points (CInf) in the CAD archive for end user groups, - data retrieved by an end user is transmitted from the CAD archive encrypted and compressed to the app on the mobile device, portable or stationary computer of the end user, whereby the properties for the info points and additional information of the info points (CInf) are only displayed using the app on the mobile device, portable or stationary computer, depending on the end user, in such a way that the info points (CInf) are positioned precisely in the vector and pixel graphics by the (xv, yv, zv) and (xp, yp, zp) - coordinates which are assigned to the CAD files and pixel graphics files. - CAD files for the cloud archive are provided by users. - the individually provided CAD files are checked for viruses, consistency and errors before processing for the CAD archive, - after a successful check, a compressed pixel graphic file is created for each individual user-specific CAD file and the files are encrypted together with one or more info point files with info points (CInf) as additional information and stored in the CAD archive stored, whereby the user can define passwords and access rights for the individual CAD data or info point information of the info points (CInf) in the CAD archive for end user groups, - data retrieved by an end user is transmitted from the CAD archive encrypted and compressed to the app on the mobile device, portable or stationary computer of the end user, whereby the properties for the info points and additional information of the info points (CInf) are only displayed using the app on the mobile device, portable or stationary computer, depending on the end user, in such a way that the info points (CInf) are positioned precisely in the vector and pixel graphics by the (xv, yv, zv) and (xp, yp, zp) - coordinates which are assigned to the CAD files and pixel graphics files.
Apparatus for inducing sleep comprising: stimulus means (2, 2', 3) for providing a subject with a stimulus; input means recording an active input provided by the subject in response to the stimulus; processing means for processing said active input to determine a characteristic of said active input; and a base unit housing one or more of said means, wherein the apparatus is configured to perform the steps of: a. providing a subject with an initial stimulus; b. recording an active input provided by the subject in response to the initial stimulus; c. processing said active input to determine a characteristic of said input; d. providing the subject with a further stimulus based on said characteristic; e. recording a further active input provided by the subject in response to the further stimulus; f. processing the further active input provided by the subject in response to the second stimulus to determine a further characteristic; and g. sequentially providing the subject with a plurality of further stimuli, each further stimulus being based on a characteristic determined from the active input made in response to the previous stimulus. stimulus means (2, 2', 3) for providing a subject with a stimulus; input means recording an active input provided by the subject in response to the stimulus; processing means for processing said active input to determine a characteristic of said active input; and a base unit housing one or more of said means, wherein the apparatus is configured to perform the steps of: a. providing a subject with an initial stimulus; b. recording an active input provided by the subject in response to the initial stimulus; c. processing said active input to determine a characteristic of said input; d. providing the subject with a further stimulus based on said characteristic; e. recording a further active input provided by the subject in response to the further stimulus; f. processing the further active input provided by the subject in response to the second stimulus to determine a further characteristic; and g. sequentially providing the subject with a plurality of further stimuli, each further stimulus being based on a characteristic determined from the active input made in response to the previous stimulus. a. providing a subject with an initial stimulus; b. recording an active input provided by the subject in response to the initial stimulus; c. processing said active input to determine a characteristic of said input; d. providing the subject with a further stimulus based on said characteristic; e. recording a further active input provided by the subject in response to the further stimulus; f. processing the further active input provided by the subject in response to the second stimulus to determine a further characteristic; and g. sequentially providing the subject with a plurality of further stimuli, each further stimulus being based on a characteristic determined from the active input made in response to the previous stimulus.
A method, comprising: initiating a call from an Internet Protocol, IP, portion of a mobile phone when an IP network is wirelessly accessible by the mobile phone, said call passing through an IP device separate to the mobile phone and over the IP network; identifying a phone number for the IP device as a calling party for the call when the call is initiated over the IP network; initiating the call from a cellular portion of the mobile phone when the IP network is not wirelessly accessible by the mobile phone, said call bypassing the IP device and being initiated over a cellular network; and identifying the IP device phone number as the calling party for the call by including the IP device phone number in a Calling Line Identifier, CLI, field for the call when the call bypasses the IP device and is initiated over the cellular network. initiating a call from an Internet Protocol, IP, portion of a mobile phone when an IP network is wirelessly accessible by the mobile phone, said call passing through an IP device separate to the mobile phone and over the IP network; identifying a phone number for the IP device as a calling party for the call when the call is initiated over the IP network; initiating the call from a cellular portion of the mobile phone when the IP network is not wirelessly accessible by the mobile phone, said call bypassing the IP device and being initiated over a cellular network; and identifying the IP device phone number as the calling party for the call by including the IP device phone number in a Calling Line Identifier, CLI, field for the call when the call bypasses the IP device and is initiated over the cellular network.
A photography supporting frame comprising a base seat and a plurality of supporting legs; wherein, the plurality of supporting legs are sequentially arranged around the base seat; a plurality of connecting bosses are arranged around the base seat; a plurality of clamping teeth are sequentially arranged on the periphery of each of the connecting bosses; each of the supporting legs comprises a locating hook, a ball, a spring, an insertion piece, a foot shaft sleeve, and a supporting leg rod; the ball and the spring are sequentially arranged in a cavity of the insertion piece from up to down; the locating hook is arranged in the middle of the upper portion of the insertion piece and connected to the ball; the insertion piece is arranged in the foot shaft sleeve; one end of the foot shaft sleeve is connected to one of the connecting bosses arranged around the base seat, and the other end of the foot shaft sleeve is arranged on the supporting leg rod; characterized in that, the periphery of the locating hook is provided with a clamping head by means of which the supporting legs can mesh with clamping teeth arranged on the peripheries of the connecting bosses, so that each of the supporting legs can rotate 180 degrees and be opened bidirectionally.
An electric auxiliary heater for a motor vehicle, with at least one heating register which has at least one heating element and at least two contact sheets (6, 6'), wherein the at least one heating register is arranged in a frame, wherein an insulation profile in a potential-free arrangement is provided on the at least one heating register, wherein the at least one heating register has a substantially plate-like insulation component in which the at least one heating element is housed, wherein the insulation component has one insulation layer (7, 7') each on opposite surfaces and is arranged between the insulation layers, wherein one heat-conducting plate (8, 8') each is provided on the insulation layers (7, 7'), wherein rib elements abut on the heat-conducting plates and contact the heat-conducting plate (8, 8') provided on the heating register, wherein the insulation profile is in contact with the insulation layer (7, 7') and the insulation profile has at least one opening through which the at least one heating register is inserted and wherein the insulation profile is a separate component which is fastened to the frame by means of fastening devices.
An operation method of a serving cell to control interference between the serving cell and a cooperation cell, the method comprising: determining the cooperation cell among neighboring cells of the serving cell based on a measurement report of a terminal belonging to the serving cell; reporting the cooperation cell to the terminal; said method being characterized by: receiving, from the terminal, undesired PMI, Precoding Matrix Indicator, information generated based on the reporting; and transmitting the undesired PMI information to the cooperation cell, wherein the undesired PMI information indicates PMI which is not to be used by the cooperation cell, and the undesired PMI information causes the cooperation cell to select a precoding matrix excluding a precoding matrix corresponding to the undesired PMI information. determining the cooperation cell among neighboring cells of the serving cell based on a measurement report of a terminal belonging to the serving cell; reporting the cooperation cell to the terminal; said method being characterized by: receiving, from the terminal, undesired PMI, Precoding Matrix Indicator, information generated based on the reporting; and transmitting the undesired PMI information to the cooperation cell, receiving, from the terminal, undesired PMI, Precoding Matrix Indicator, information generated based on the reporting; and transmitting the undesired PMI information to the cooperation cell, wherein the undesired PMI information indicates PMI which is not to be used by the cooperation cell, and the undesired PMI information causes the cooperation cell to select a precoding matrix excluding a precoding matrix corresponding to the undesired PMI information.
An earphone assembly comprising: an inner housing containing a balanced armature motor assembly, the inner housing comprising an inner cover portion and a spout base portion comprising a spout with a sound outlet, the spout comprising an o-ring and a recessed portion wherein the recessed portion receives the o-ring; an outer housing comprising an outer cover, and a primary case portion having a nozzle for transmitting sound, the primary case portion further comprising an internal recess, the nozzle extending from the internal recess wherein the internal recess receives the spout and the o-ring to form an acoustical seal between the spout and the nozzle to form a continuous passage to a user's ear canal. an inner housing containing a balanced armature motor assembly, the inner housing comprising an inner cover portion and a spout base portion comprising a spout with a sound outlet, the spout comprising an o-ring and a recessed portion wherein the recessed portion receives the o-ring; an outer housing comprising an outer cover, and a primary case portion having a nozzle for transmitting sound, the primary case portion further comprising an internal recess, the nozzle extending from the internal recess wherein the internal recess receives the spout and the o-ring to form an acoustical seal between the spout and the nozzle to form a continuous passage to a user's ear canal.
A tube bird feeder comprising: a seed tube having a seed tube side wall, said seed tube side wall having a top marginal edge and a bottom marginal edge; said seed tube side wall being formed of a plastic material; a top ring mounted on said top marginal edge; a cover removably engaged with said top ring; at least one perch (24, 26) mounted on said seed tube side wall; and a base member removably secured to said seed tube adjacent said bottom marginal edge, said base member formed of an upper base portion and a lower base portion; said lower base portion having an inner side wall; characterized in that said tube bird feeder comprises at least one feed opening (34, 35) in said seed tube side wall proximate said at least one perch (24, 26), said inner side wall having a pair of protrusions mounted thereon, said protrusions engaging with apertures (30, 32) formed in said seed tube side wall proximate said bottom marginal edge, each of said protrusions having a tapering front wall to permit inserting over said seed tube side wall. a seed tube having a seed tube side wall, said seed tube side wall having a top marginal edge and a bottom marginal edge; said seed tube side wall being formed of a plastic material; a top ring mounted on said top marginal edge; a cover removably engaged with said top ring; at least one perch (24, 26) mounted on said seed tube side wall; and a base member removably secured to said seed tube adjacent said bottom marginal edge, said base member formed of an upper base portion and a lower base portion; said lower base portion having an inner side wall; characterized in that said tube bird feeder comprises at least one feed opening (34, 35) in said seed tube side wall proximate said at least one perch (24, 26), said inner side wall having a pair of protrusions mounted thereon, said protrusions engaging with apertures (30, 32) formed in said seed tube side wall proximate said bottom marginal edge, each of said protrusions having a tapering front wall to permit inserting over said seed tube side wall.