mhurhangee/ep-ind-claims huggingface dataset:
An autoinjector comprising: a case (2.1, 2.2); a drive carriage disposed in the case (2.1, 2.2); and a plunger coupled to the drive carriage, the plunger adapted to releasably engage a needle retraction mechanism in a syringe, wherein translation of the drive carriage in a distal direction relative to the case (2.1, 2.2) causes the plunger to engage the needle retraction mechanism, characterized in that said autoinjector further comprises a plunger spring for biasing the plunger relative to the drive carriage and a latch tube coupled to the plunger, the latch tube including resilient arms (24.1), wherein the plunger includes proximal resilient arms (11.1) adapted to engage a distal aperture in the drive carriage, wherein when the drive carriage abuts the latch tube, the proximal resilient arms (11.1) are deflected by the proximal aperture in the latch tube and the plunger translates in the proximal direction relative to the drive carriage under a force of the plunger spring. a case (2.1, 2.2); a drive carriage disposed in the case (2.1, 2.2); and a plunger coupled to the drive carriage, the plunger adapted to releasably engage a needle retraction mechanism in a syringe, wherein translation of the drive carriage in a distal direction relative to the case (2.1, 2.2) causes the plunger to engage the needle retraction mechanism, characterized in that said autoinjector further comprises a plunger spring for biasing the plunger relative to the drive carriage and a latch tube coupled to the plunger, the latch tube including resilient arms (24.1), wherein the plunger includes proximal resilient arms (11.1) adapted to engage a distal aperture in the drive carriage, wherein when the drive carriage abuts the latch tube, the proximal resilient arms (11.1) are deflected by the proximal aperture in the latch tube and the plunger translates in the proximal direction relative to the drive carriage under a force of the plunger spring.
Method for manufacturing a skin of a large component of a rail vehicle using differential construction, having the following method steps: 1 Separate a sheet metal panel into two parts (3a, 3b), 2 Insert a sheet metal strip into a separation gap between the two parts (3a, 3b), 3 Weld the edges of the separated sheet metal panels (3a, 3b) and of the sheet metal strip to form an entire sheet metal panel, 4 Repeat the method steps 1 to 3 at other locations of the sheet metal panel, wherein the separation cuts are made parallel to the first separation cut, 5 Repeat the method steps 1 to 4 at other locations of the sheet metal panel, wherein the separation cuts are in this case made in a direction different to that of the previous separation cuts. 1 Separate a sheet metal panel into two parts (3a, 3b), 2 Insert a sheet metal strip into a separation gap between the two parts (3a, 3b), 3 Weld the edges of the separated sheet metal panels (3a, 3b) and of the sheet metal strip to form an entire sheet metal panel, 4 Repeat the method steps 1 to 3 at other locations of the sheet metal panel, wherein the separation cuts are made parallel to the first separation cut, 5 Repeat the method steps 1 to 4 at other locations of the sheet metal panel, wherein the separation cuts are in this case made in a direction different to that of the previous separation cuts.
Method for producing an individual abutment, meant for a dental prosthesis, for insertion into an implant anchored in a jaw area with an implant attachment running on the abutment side, while using a working model shaped while using a jaw area provided with the implant, wherein the sulcus area of the gum uncovered above the implant and shaped by a sulcus-former extending from the implant attachment being reproduced in the working model and wherein the abutment to be fabricated comprising a sulcus section running within the sulcus area and an adjoining head section to admit a part of a dental prosthesis, which if necessary is an integral component of the head section, characterized in that the sulcus area of the working model having an auxiliary implant attachment corresponding to the implant attachment is measured; that on the basis of the data obtained by the measurement, a sulcus section model is determined with a circumferential surface and a de-facto sulcus line limiting it on the implant side; that missing data between the determined auxiliary implant attachment or a zero-point area related to this and the de-facto sulcus line or an auxiliary sulcus line determined by alteration of the de-facto sulcus line are supplemented by first library data which are assigned to the sulcus-former; and that the data of the sulcus section model are used, while allowing for the de-facto sulcus line or the auxiliary sulcus line and the first library data to produce the sulcus section.
A device for recognising a geometrical position of plastic containers, and in particular of plastic pre-forms, wherein the plastic containers have a base member and a thread region, with an image-recording device which records a locally resolved image of the plastic container, wherein the image-recording device is arranged in such a way that it observes the plastic container essentially along its longitudinal direction, characterized in that the device has an illumination device, which illuminates at least one region of the plastic container observed by the image-recording device, and an evaluation device, which on the basis of at least one image recorded by the image-recording device determines a rotary position of the plastic container with respect to its longitudinal direction, wherein the illumination device illuminates the plastic container from essentially two different directions so that in this way an illumination of a support ring of the plastic container is made possible in its entirety.
An opaque dental ceramic for burning on a framework of a dental restoration, the opaque dental ceramic at least comprising SiO 2, Al 2 O 3, B 2 O 3, Na 2 O, K 2 O as well as TiO 2, wherein the opaque dental ceramic is clouded through precipitation of one or more crystalline TiO 2 through tempering, and comprising rutile and/or anatase as recrystallized TiO 2, with 1: 2 ≤ anatase: rutile ≤ 2: 1.
Rolling apparatus for rolling of turf or grass surfaces which includes a mobile main frame and at least three undercarriages (45, 46) attached to the main frame wherein each undercarriage (45, 46) has one or more smoothing rollers and there is further provided a control frame for each of the undercarriages (45, 46) pivotally mounted to the main frame by a spherical rotation coupling which control frame is pivotally mounted to each undercarriage (45, 46) wherein the main frame overlies each undercarriage (45, 46) and the control frame and one of said at least three undercarriages (45, 46) is located rearwardly or forwardly of the other two of said at least three undercarriages (45, 46) having regard to a direction of travel of the rolling apparatus characterised in a front view of the rolling apparatus having regard to the direction of travel thereof each undercarriage (45, 46) is located adjacent to each other presenting substantially no gaps in said front view between adjoining undercarriages (45, 46) or smoothing rollers attached to said undercarriages (45, 46) and said control frame is attached to the main frame by a stabiliser bar to prevent rotation of the control frame relative to the main frame.
A method for verifying the authenticity of a message, performed by a verification server, wherein the verification server can access a delivery message record, the delivery message record comprising identifiers of receiver users and feature information of multiple delivery messages, the method comprising: receiving, from a terminal device, a request to verify a message, wherein the request comprises an identifier of a receiver user and verification information of the message to be verified, wherein the verification information of the message to be verified comprises i) an anti-forgery code in the message to be verified and ii) message content of the message to be verified, wherein the anti-forgery code comprises the last 4 digits of a hash value obtained by applying a predetermined hash algorithm to i) an identifier of the message and ii) a time at which the message to be verified was generated by a message server; generating a content feature value of the message to be verified based on the message content of the message to be verified using a predetermined algorithm; and returning a verification success response to the terminal device when the delivery message record has a delivery message that has i) the same identifier of the receiver user as the message to be verified and ii) feature information comprising an anti-forgery code and a content feature value that match the anti-forgery code and generated content feature value of the message to be verified. receiving, from a terminal device, a request to verify a message, wherein the request comprises an identifier of a receiver user and verification information of the message to be verified, wherein the verification information of the message to be verified comprises i) an anti-forgery code in the message to be verified and ii) message content of the message to be verified, wherein the anti-forgery code comprises the last 4 digits of a hash value obtained by applying a predetermined hash algorithm to i) an identifier of the message and ii) a time at which the message to be verified was generated by a message server; generating a content feature value of the message to be verified based on the message content of the message to be verified using a predetermined algorithm; and returning a verification success response to the terminal device when the delivery message record has a delivery message that has i) the same identifier of the receiver user as the message to be verified and ii) feature information comprising an anti-forgery code and a content feature value that match the anti-forgery code and generated content feature value of the message to be verified.
A method for connecting a user computer to a virtual private network, VPN, server on a first computer network via a second computer network, comprising: providing in the user computer a limited-functionality authorization client for the purpose of authentication, authorization and accounting, AAA, functions; automatically transmitting a connection request to the VPN server by the user computer, via the second computer network; responsively to a success of said connection request, receiving, by the user computer, a predefined response message from the VPN server; responsively to receiving said predefined response message by the user computer, automatically establishing a connection between the user computer and the VPN server via the second computer network; responsively to detecting a failure of the connection request by the user computer, automatically soliciting, by the user computer, the second computer network to authorize the user computer via said limited-functionality authorization client; and upon authorization by the second computer network, establishing a connection between the user computer and the VPN server via the second computer network, wherein automatically soliciting the second computer network comprises, upon detecting failure of said connection request, invoking said limited-functionality authorization client for authorizing the user computer in the second computer network. providing in the user computer a limited-functionality authorization client for the purpose of authentication, authorization and accounting, AAA, functions; automatically transmitting a connection request to the VPN server by the user computer, via the second computer network; responsively to a success of said connection request, receiving, by the user computer, a predefined response message from the VPN server; responsively to receiving said predefined response message by the user computer, automatically establishing a connection between the user computer and the VPN server via the second computer network; responsively to detecting a failure of the connection request by the user computer, automatically soliciting, by the user computer, the second computer network to authorize the user computer via said limited-functionality authorization client; and upon authorization by the second computer network, establishing a connection between the user computer and the VPN server via the second computer network, wherein automatically soliciting the second computer network comprises, upon detecting failure of said connection request, invoking said limited-functionality authorization client for authorizing the user computer in the second computer network.
A real-time video transmission method for a multipath network, the multipath network comprising at least two video stream transmission sub-paths from a transmitting terminal to a receiving terminal, the real-time video transmission method for a multipath network comprising the following steps of: 1) by the transmitting terminal, transmitting an original video stream data in a transport layer, so the original video stream data is divided into data segments of a certain size, and each data segment is packed in a fixed format and sequentially adding a tag into a packet header to form a multipath transmission data packet, and sending the multipath transmission data packets to different ones of the video stream transmission sub-paths for transmission; wherein the packet header of each multipath transmission data packet includes an identifier of a transmission sub-path to be used for the multipath transmission data packet, a sequence number of the multipath transmission data packet in the transmission sub-path which increases progressively according to the number of data packets in the transmission sub-path, a total sequence number of the multipath transmission data packet, as the tag, which increases progressively according to the number of data segments of the original video data stream; and 2) by the receiving terminal, receiving and parsing the multipath transmission data packets, and restoring the original video data stream according to the tags in the packet headers; and wherein the video stream transmission sub-paths comprise a transmission sub-path connected in a point-to-point transmission mode and a transmission sub-path connected in a transfer service mode which is a streaming media server forwarding mode, in which a video transmitting terminal firstly establishes a connection with a media server to transmit video data to the media server, and then the media server transmits the video data to a video receiving terminal. 1) by the transmitting terminal, transmitting an original video stream data in a transport layer, so the original video stream data is divided into data segments of a certain size, and each data segment is packed in a fixed format and sequentially adding a tag into a packet header to form a multipath transmission data packet, and sending the multipath transmission data packets to different ones of the video stream transmission sub-paths for transmission; wherein the packet header of each multipath transmission data packet includes an identifier of a transmission sub-path to be used for the multipath transmission data packet, a sequence number of the multipath transmission data packet in the transmission sub-path which increases progressively according to the number of data packets in the transmission sub-path, a total sequence number of the multipath transmission data packet, as the tag, which increases progressively according to the number of data segments of the original video data stream; and 2) by the receiving terminal, receiving and parsing the multipath transmission data packets, and restoring the original video data stream according to the tags in the packet headers;
Method for controlling a laundry washing machine comprising: a casing, a washing tub arranged within said casing, a rotatable laundry drum which is mounted inside the washing tub and is designed to contain laundry, a water/detergent supply system (5,6) designed to supply wash water and/or detergent into the washing tub, and a motor assembly to rotate the laundry drum; the method being characterised by comprising the step of: a) performing a wash phase, in which a predetermined intermediate spin is performed in a standard way, or skipped, or performed in a modified way, based on one or more detected phase conditions; b) performing at least a rinse phase, in which a predetermined intermediate spin is performed in a standard way, or skipped, or performed in a modified way, based on one or more detected phase conditions; c) performing a detection of whether, in a previous wash phase or rinse phase, said predetermined intermediate spin was performed in a standard way, or skipped, or performed in a modified way and, based on said detection, performing a following rinse phase adapted to said detection and/or adding a rinse phase to be performed. a) performing a wash phase, in which a predetermined intermediate spin is performed in a standard way, or skipped, or performed in a modified way, based on one or more detected phase conditions; b) performing at least a rinse phase, in which a predetermined intermediate spin is performed in a standard way, or skipped, or performed in a modified way, based on one or more detected phase conditions; c) performing a detection of whether, in a previous wash phase or rinse phase, said predetermined intermediate spin was performed in a standard way, or skipped, or performed in a modified way and, based on said detection, performing a following rinse phase adapted to said detection and/or adding a rinse phase to be performed.
A cryogenic freezer apparatus, comprising: - a housing; - a fluidized bed belt movable within the housing; - a shroud positioned within the housing for providing a zone above the belt, the shroud angled outward from the belt within the housing; and - at least one blower configured to direct a flow of a cryogenic gas to an underside of the belt and positioned within the housing in fluid communication with the zone and centrally located above the zone and the shroud, characterized by a divider positioned below the belt and configured to divide the flow of the cryogenic gas at the underside of the belt before moving the flow through the belt. - a housing; - a fluidized bed belt movable within the housing; - a shroud positioned within the housing for providing a zone above the belt, the shroud angled outward from the belt within the housing; and - at least one blower configured to direct a flow of a cryogenic gas to an underside of the belt and positioned within the housing in fluid communication with the zone and centrally located above the zone and the shroud,
Apparatus, comprising flag detecting means adapted to detect a flag received in a measurement control message; state detecting means adapted to detect if the apparatus communicates in a forward access channel state; measuring means adapted to perform, if the apparatus communicates in the forward access channel state, a measurement only if the flag is detected, wherein the measurement is radio related. flag detecting means adapted to detect a flag received in a measurement control message; state detecting means adapted to detect if the apparatus communicates in a forward access channel state; measuring means adapted to perform, if the apparatus communicates in the forward access channel state, a measurement only if the flag is detected, wherein the measurement is radio related.
A device for monitoring athletic performance of a user, the device comprising: a wristband configured to be worn by the user; and an electronic module attached to the wristband, wherein the electronic module has a controller with athletic functionality that includes recording and monitoring athletic data that includes at least one of time, distance, and speed, wherein the electronic module has a housing and a screen, and wherein a first end of the wristband forms a USB connector with a plurality of leads located at a distal end of the first end, the device being characterised in that the electronic module has a plurality of user inputs operably associated with the controller, the plurality of user inputs including a first user input operable along an x-axis direction, and a second user input operable along a y-axis direction, and a third user input operable along a z-axis direction, and in that the third user input comprises a sensor operably connected to the controller wherein the sensor is configured to be activated by the user tapping the screen, and wherein the controller is configured to provide a first action in response to the user tapping the screen at a first force and a second action in response to the user tapping the screen at a second force, the second force being different than the first force. a wristband configured to be worn by the user; and an electronic module attached to the wristband, wherein the electronic module has a controller with athletic functionality that includes recording and monitoring athletic data that includes at least one of time, distance, and speed, wherein the electronic module has a housing and a screen, and wherein a first end of the wristband forms a USB connector with a plurality of leads located at a distal end of the first end, the device being characterised in that the electronic module has a plurality of user inputs operably associated with the controller, the plurality of user inputs including a first user input operable along an x-axis direction, and a second user input operable along a y-axis direction, and a third user input operable along a z-axis direction, and in that the third user input comprises a sensor operably connected to the controller wherein the sensor is configured to be activated by the user tapping the screen, and wherein the controller is configured to provide a first action in response to the user tapping the screen at a first force and a second action in response to the user tapping the screen at a second force, the second force being different than the first force.
Manually operable lever device for controlling a value of an engine speed of a vehicle, the lever device comprising a first, a second and a third lever element, which are each pivotably arranged about a common first rotational axis by means of a first end (1a, 2a, 3a), the value of the engine speed being changeable by pivoting the first lever element about the first rotational axis, characterised in that a reference position for the first lever element is adjustable by pivoting the second lever element about the first rotational axis, and a maximum position for the first and/or the second lever element is adjustable by pivoting the third lever element about the first rotational axis.
Tap changer with a worm transmission, wherein the worm transmission is arranged directly at the head of the tap changer, wherein the worm transmission has an upper housing part and a lower housing part, wherein the worm transmission comprises a worm driven by a motor, wherein the worm is mechanically connected with a worm wheel, wherein the worm wheel is connected with a shaft, wherein the worm drives the shaft by way of the worm wheel and wherein the shaft drives the tap changer, wherein means for torque detection are provided in the worm transmission, wherein the means for torque detection consist of at least one surface-wave sensor, which can be interrogated by radio, a rotor antenna and a stator antenna, wherein the at least one surface-wave sensor interrogatable by radio is fastened on the shaft, wherein the rotor antenna conductively connected with the at least one surface-wave sensor interrogatable by radio is fastened to the shaft and wherein the stator antenna, which is axially spaced from the rotor antenna, is fixedly arranged at the lower housing part directly or by way of a mount.
A tire comprising a rubber composition containing an elastomer component and a modifier consisting of a comprising steroid, wherein said tire comprises said rubber composition in an amount of at least 0.1 weight percent based on the entire weight of said tire.