mhurhangee/ep-ind-claims huggingface dataset:
A container corner lock for fastening a first container corner casting of a first container and a corresponding second container corner casting of a second container, wherein the first container is stacked on the second container; wherein the container corner lock comprises: a first protruding part, configured to be inserted into a first recess of the first container corner casting of the first container; wherein the first protruding part comprises a first locking means for fixing the first protruding part into the first recess; a second protruding part, configured to be inserted into a second recess of the second container corner casting of the second container; wherein the second protruding part comprises a second locking means for fixing the second protruding part into the second recess; an electric motor configured to block or unblock the movement of at least one of the locking means (215, 225) between an open position and a locked position within the corresponding recess (115a, 125a); a first wireless transceiver configured for communication with an external transceiver on a first radio signal frequency having a first distance range; a processing circuit configured to receive the signal from the first wireless transceiver, interpret the signal and generate a command for operating the electric motor in accordance with the received wireless signal, characterised in that it further comprises: a second, short-range wireless transceiver or transponder configured to communicate with an external short-range terminal on a second radio signal frequency having a second distance range, which is shorter than the first distance range of the first transceiver. a first protruding part, configured to be inserted into a first recess of the first container corner casting of the first container; wherein the first protruding part comprises a first locking means for fixing the first protruding part into the first recess; a second protruding part, configured to be inserted into a second recess of the second container corner casting of the second container; wherein the second protruding part comprises a second locking means for fixing the second protruding part into the second recess; an electric motor configured to block or unblock the movement of at least one of the locking means (215, 225) between an open position and a locked position within the corresponding recess (115a, 125a); a first wireless transceiver configured for communication with an external transceiver on a first radio signal frequency having a first distance range; a processing circuit configured to receive the signal from the first wireless transceiver, interpret the signal and generate a command for operating the electric motor in accordance with the received wireless signal, characterised in that it further comprises: a second, short-range wireless transceiver or transponder configured to communicate with an external short-range terminal on a second radio signal frequency having a second distance range, which is shorter than the first distance range of the first transceiver.
A cement restrictor inserter instrument comprising: an inserter having a handle at a proximal end, a cement restrictor attachment formation at a distal end for releasably attaching a cement restrictor, a shaft extending from the proximal end to the distal end and a stop on the shaft and between the proximal end and the distal end; and a body (140, 160, 200, 500, 600, 710) having a shape corresponding toa proximal part of a corresponding orthopaedic prosthetic implant, a spacer (142, 164, 204, 506, 606, 720), a visible depth guide feature (190, 210, 406, 502, 602) and a releasable attachment mechanism (510, 610) by which the body is releasably attachable to the shaft, and wherein the spacer (142, 164, 204, 506, 606) is configured to position the visible depth guide feature (144, 190, 210, 406, 502, 602) at a fixed position relative to the inserter when the spacer (142, 164, 204, 506, 606) abuts the stop corresponding to a target cement restrictor position when the visible depth guide feature (190, 210, 406, 502, 602) is aligned with a feature of a bone of a patient in which the cement restrictor is to be inserted. an inserter having a handle at a proximal end, a cement restrictor attachment formation at a distal end for releasably attaching a cement restrictor, a shaft extending from the proximal end to the distal end and a stop on the shaft and between the proximal end and the distal end; and a body (140, 160, 200, 500, 600, 710) having a shape corresponding toa proximal part of a corresponding orthopaedic prosthetic implant, a spacer (142, 164, 204, 506, 606, 720), a visible depth guide feature (190, 210, 406, 502, 602) and a releasable attachment mechanism (510, 610) by which the body is releasably attachable to the shaft, and wherein the spacer (142, 164, 204, 506, 606) is configured to position the visible depth guide feature (144, 190, 210, 406, 502, 602) at a fixed position relative to the inserter when the spacer (142, 164, 204, 506, 606) abuts the stop corresponding to a target cement restrictor position when the visible depth guide feature (190, 210, 406, 502, 602) is aligned with a feature of a bone of a patient in which the cement restrictor is to be inserted.
A rocking vehicle comprising: a body frame that includes a head pipe, and a main frame extending rearwardly from the head pipe; an upper arm that is rockably supported by the body frame; a lower arm that is disposed below the upper arm and rockably supported by the body frame; side members (34, 34) to which end portions (62, 63) of the upper arm and end portions (52, 52) of the lower arm are turnably coupled; a rocker mechanism that is configured from a rocker arm and the side members (34, 34), the rocker arm being composed of the upper arm and the lower arm; and a rocking lock mechanism that locks the rocker mechanism against rocking, characterized in that the rocking lock mechanism is at least partially disposed between the head pipe and the main frame, and wherein the main frame includes: an upper main frame connected to an upper portion of the head pipe; and a lower main frame connected to a lower portion of the head pipe, and the rocking lock mechanism is disposed between the upper main frame and the lower main frame. a body frame that includes a head pipe, and a main frame extending rearwardly from the head pipe; an upper arm that is rockably supported by the body frame; a lower arm that is disposed below the upper arm and rockably supported by the body frame; side members (34, 34) to which end portions (62, 63) of the upper arm and end portions (52, 52) of the lower arm are turnably coupled;
A LED lighting device extending substantially along an axis and comprising a LED light source; a light guide located in front of the light source and extending between a proximal end substantially facing the light source, and a distal end opposite the proximal end; and an optical system associated with the light source to direct the luminous flux emitted by the light source; the light guide being shaped so as to internally mix the light emitted by the light source, and to generate at the distal end of the light guide an emissive surface equivalent to the real emissive surface of the light source at a predetermined position with respect to the optical system; an optical system comprising a primary reflector located at the distal end of the light guide; and a secondary reflector located substantially at the proximal end of the light guide; characterized in that the reflectors (14, 15) are shaped and located so that the primary reflector virtually reproduces the equivalent emissive surface substantially at the focus of the secondary reflector.
A coating source for physical vapor deposition, having at least one component (2; 7; 8) manufactured in a powder-metallurgical production process from at least one pulverulent starting material, and at least one ferromagnetic region (5a, 5b, 6) embedded in the component, wherein the at least one ferromagnetic region (5a, 5b, 6) is introduced into the component (2; 7; 8) and is fixedly connected to the component in the powder-metallurgical production process characterized in that the at least one ferromagnetic region (5a, 5b, 6) comprises at least one permanent-magnetic region.
A connector made of strips of sheet metal (20, 30) for airproof joining of square-shaped or rectangular ventilation duct ends (1A, 1A', 1B, 1B'), the connector made of strips of sheet metal (20, 30) forms a circumferential grooved profile or grooves (11, 12) with a circumferential square or rectangular frame shape comprising a first circumferential groove configured for receiving a first ventilation duct end (1A, 1B) and a second circumferential groove configured for receiving a second ventilation duct end (1A', 1B'), wherein the connector is a hollow two-piece made of two halves (20, 30), each connector half being made of a thin sheet metal strip (20, 30) bent along its length into a U-shaped cross-section and across its width with its strip ends (21, 31) butt against each other into the grooved profile (11, 12) with the circumferential square or rectangular frame shape, by means of the square or rectangular shaped connector halves (20, 30) being fixedly attached to each other in a mirrored and aligned arrangement with bases of the U-shaped cross-sections of the grooved profiles (11, 12) abutting against each other back to back, whereby the connector comprises two square or rectangular circumferential grooves facing in opposite directions away from each other to be able to snugly receive one ventilation duct end (1A, 1A', 1B, 1B') in each groove when connected thereto, characterized in that each connector half (20, 30), at at least two of its sides, pairwise comprises at least one fastening tab (22, 23, 32, 33), which tabs are each configured to detachably hold the ventilation duct ends (1A, 1A', 1B, 1B') pairwise together.
A packet retransmission method of a terminal performing contention-based access to a base station, comprising: transmitting an uplink packet to a base station; receiving, when the base station fails decoding the uplink packet, a message requesting for a radio link control, RLC, retransmission transmitted by the base station; and performing the RLC retransmission in response to the message requesting for the RLC retransmission, characterized in that the performing of the RLC retransmission comprises: initializing the RLC retransmission by triggering a back-off timer, in case that the message includes information indicating that the failure to decode the uplink packet is caused by an access collision of the uplink packet, and initiating the RLC retransmission, in case that the back-off timer expires. transmitting an uplink packet to a base station; receiving, when the base station fails decoding the uplink packet, a message requesting for a radio link control, RLC, retransmission transmitted by the base station; and performing the RLC retransmission in response to the message requesting for the RLC retransmission, characterized in that the performing of the RLC retransmission comprises: initializing the RLC retransmission by triggering a back-off timer, in case that the message includes information indicating that the failure to decode the uplink packet is caused by an access collision of the uplink packet, and initiating the RLC retransmission, in case that the back-off timer expires.
A vehicle comprising: an antenna configured to communicate with an external device; and a communication terminal device which is electrically connected to the antenna, wherein the antenna and the communication terminal device are arranged within a dash board, and wherein a steering column, where a control steering wheel is arranged, is buried in the dash board, characterized in that: the vehicle is a work vehicle such as a tractor or a wheel loader, wherein an air-cut plate is provided in a front surface side of the steering column, and the antenna and the communication terminal device are attached to a rear surface of the air-cut plate. an antenna configured to communicate with an external device; and a communication terminal device which is electrically connected to the antenna, wherein the antenna and the communication terminal device are arranged within a dash board, and wherein a steering column, where a control steering wheel is arranged, is buried in the dash board, characterized in that: the vehicle is a work vehicle such as a tractor or a wheel loader, wherein an air-cut plate is provided in a front surface side of the steering column, and the antenna and the communication terminal device are attached to a rear surface of the air-cut plate. the vehicle is a work vehicle such as a tractor or a wheel loader, wherein an air-cut plate is provided in a front surface side of the steering column, and the antenna and the communication terminal device are attached to a rear surface of the air-cut plate.
A protective helmet comprising:- an impact-resistant outer shell; an impact-resistant transparent visor attached to opposite sides of the shell by hinge means; and a flexible seal around an upper edge of the visor and in contact with the outer shell: characterised in that the seal extends around the rear of said hinge means; and that all parts are arranged so that whatever the position of the visor on the shell there is a smooth surface for liquid run-off.
An electrically conductive rubber composition for non-marking solid tires comprising: a rubber or a mixture of at least two rubbers; oxide fillers and modifiers; organic plasticizers and modifiers; a curing system; and carbon nanotubes, wherein a total amount of carbon nanotubes and other carbon allotropes in the rubber composition ranges from 0.05 to 1.5 wt.% of a rubber content, wherein at least some of the carbon nanotubes in the composition are bundled, and wherein a thickness of at least a part of the carbon nanotube bundles in the composition is at least 300 nm. a rubber or a mixture of at least two rubbers; oxide fillers and modifiers; organic plasticizers and modifiers; a curing system; and carbon nanotubes, wherein a total amount of carbon nanotubes and other carbon allotropes in the rubber composition ranges from 0.05 to 1.5 wt.% of a rubber content, wherein at least some of the carbon nanotubes in the composition are bundled, and wherein a thickness of at least a part of the carbon nanotube bundles in the composition is at least 300 nm.
A vibrating inertial angular sensor of the MEMS type comprising a substrate for supporting at least two mass bodies, mounted concentrically one around the other, which are mounted to be mobile relative to the substrate and which are associated with at least one electrostatic actuator and at least one electrostatic detector, the sensor comprising first means for suspending the mass bodies relative to the substrate and means for coupling the mass bodies together, and the substrate being connected to a stationary rack by second suspension means, so that the mass bodies and the substrate are mobile relative to the stationary rack parallel to a plane of suspension, characterized in that the at least two mass bodies are substantially of the same mass and in that the suspension means (5, 7) are isotropic in the plane of suspension.
A method of monitoring a system comprising a monitoring device and a plurality of devices connected to the monitoring device via a communication network, comprising: - a step (Ph#1) of analysing contents of packets exchanged within the communication network, outputting a piece of data representative of a behaviour of at least one current device among the plurality of devices, comprising: - a step of obtaining, for a current device, a time series representative of the content of data packets received by the monitoring device, for a determined period, so-called current time series; - a step of calculating a distance (Delta) corresponding to the difference between a piece of data at a time point t and at a time point t-1 and separating the content of a current packet from the content of a previous packet within said current time series, outputting a time series of distances; - a step of obtaining, using said time series of distances, a signature representative of an activity of said current device, so-called current signature. - a step (Ph#1) of analysing contents of packets exchanged within the communication network, outputting a piece of data representative of a behaviour of at least one current device among the plurality of devices, comprising: - a step of obtaining, for a current device, a time series representative of the content of data packets received by the monitoring device, for a determined period, so-called current time series; - a step of calculating a distance (Delta) corresponding to the difference between a piece of data at a time point t and at a time point t-1 and separating the content of a current packet from the content of a previous packet within said current time series, outputting a time series of distances; - a step of obtaining, using said time series of distances, a signature representative of an activity of said current device, so-called current signature.
A composition for forming a lubricant coating layer on a threaded connection for pipes or tubes, the composition containing: Cr 2 O 3, a metal soap, which is a salt of a fatty acid with a metal other than an alkali metal, a wax, and a basic metal salt of an aromatic organic acid. a metal soap, which is a salt of a fatty acid with a metal other than an alkali metal, a wax, and a basic metal salt of an aromatic organic acid.
A method for use in a streaming process of a Virtual Reality, VR, video to a VR rendering device, the streaming process having a configurable setup, in each configured setup the VR video being represented by one or more streams and each configured setup providing respective different image data of a scene, the VR rendering device being arranged to render, on the basis of the one or more streams, a current view of the scene based on a current head position, wherein the method comprises: - executing the streaming process according to a first configured setup providing first image data needed to render the current view; - determining target image data differing from the first image data; - determining a second configured setup; - executing the streaming process according to the second configured setup; wherein the method is characterized in that it further comprises: - determining EEG data by measuring brain signals; - predicting a head movement comprising predicting a head movement direction based on the EEG data and further comprising using a classification model to distinguish predictions of different head movements based on the EEG data; wherein the target image data is needed for rendering a future view and wherein the determining the target image data is based on the predicted head movement direction; and wherein the second configured setup is determined for providing the target image data. - executing the streaming process according to a first configured setup providing first image data needed to render the current view; - determining target image data differing from the first image data; - determining a second configured setup; - executing the streaming process according to the second configured setup; wherein the method is characterized in that it further comprises: - determining EEG data by measuring brain signals; - predicting a head movement comprising predicting a head movement direction based on the EEG data and further comprising using a classification model to distinguish predictions of different head movements based on the EEG data; - determining EEG data by measuring brain signals; - predicting a head movement comprising predicting a head movement direction based on the EEG data and further comprising using a classification model to distinguish predictions of different head movements based on the EEG data; wherein the target image data is needed for rendering a future view and wherein the determining the target image data is based on the predicted head movement direction; and wherein the second configured setup is determined for providing the target image data.
A zipper for a reclosable package including: a first profile including a female interlocking structure (18,20), which receives a male interlocking structure; a second profile including a second base; and the male interlocking structure extending from the second base; wherein the male interlocking structure interlocks with the female interlocking structure (18, 20); characterised in that the second base portion has a post extending therefrom, terminating in an arrowhead-shaped element thereby forming the male interlocking structure; and a protrusion including fragrance-carrying oil also extending from the said second base so as to be positioned adjacent to the female interlocking structure (18, 20) and within the interior of said reclosable package when the male and female interlocking structures are interlocked, thereby being configured to modify the smell of a packaged product before the zipper is opened. a first profile including a female interlocking structure (18,20), which receives a male interlocking structure; a second profile including a second base; and the male interlocking structure extending from the second base; wherein the male interlocking structure interlocks with the female interlocking structure (18, 20); characterised in that the second base portion has a post extending therefrom, terminating in an arrowhead-shaped element thereby forming the male interlocking structure; and a protrusion including fragrance-carrying oil also extending from the said second base so as to be positioned adjacent to the female interlocking structure (18, 20) and within the interior of said reclosable package when the male and female interlocking structures are interlocked, thereby being configured to modify the smell of a packaged product before the zipper is opened.