mhurhangee/ep-ind-claims huggingface dataset:
A locking mechanism (200, 400, 500, 600, 700, 800) for attaching a reservoir (120, 320, 330) containing a medicament to a reservoir holder (104, 820) of a drug delivery system, said locking mechanism (200, 400, 500, 600, 700, 800) comprising: - a main body configured to be coupled to the reservoir (120, 320, 330), the main body comprising a proximal end and a distal end and defining an aperture (204, 430, 530) at the proximal end, and - at least one flange (214, 414, 514, 522, 622, 722) provided at the proximal end of the main body, the flange (214, 414, 514, 522, 622, 722) comprising a hinge and being configured to fold on the hinge, such that at least a portion of the flange (214, 414, 514, 522, 622, 722) is folded on the hinge into the aperture (204, 430, 530) toward an inner surface of the main body and retains the locking mechanism (200, 400, 500, 600, 700, 800) on a reservoir (120, 320, 330) when the locking mechanism (200, 400, 500, 600, 700, 800) is mounted with its aperture (204, 430, 530) on the reservoir (120, 320, 330), wherein the flange (214, 414, 514, 522, 622, 722) is pointing in a proximal direction when the flange (214, 414, 514, 522, 622, 722) is unfolded and wherein the flange (214, 414, 514, 522, 622, 722) is pointing in a distal direction when the flange (214, 414, 514, 522, 622, 722) is folded, wherein the flange (214, 414, 514, 522, 622, 722) is made from a plastic and is injection molded so that hinge comprises a thinned section of plastic and characterized in that the hinge comprises as part of the thinned section an internal indentation and an external indentation, wherein the internal indentation is provided on the inner surface. - a main body configured to be coupled to the reservoir (120, 320, 330), the main body comprising a proximal end and a distal end and defining an aperture (204, 430, 530) at the proximal end, and - at least one flange (214, 414, 514, 522, 622, 722) provided at the proximal end of the main body, the flange (214, 414, 514, 522, 622, 722) comprising a hinge and being configured to fold on the hinge, such that at least a portion of the flange (214, 414, 514, 522, 622, 722) is folded on the hinge into the aperture (204, 430, 530) toward an inner surface of the main body and retains the locking mechanism (200, 400, 500, 600, 700, 800) on a reservoir (120, 320, 330) when the locking mechanism (200, 400, 500, 600, 700, 800) is mounted with its aperture (204, 430, 530) on the reservoir (120, 320, 330),
A network access apparatus, connectable to a network, comprising: an interface to receive a plurality of packets that originate from a client device; a control module; a network access module to perform a forwarding function on the plurality of packets, to determine whether the received plurality of packets comprise a predetermined type of communication, and to instruct the control module to analyze the plurality of packets in response to the plurality of packets being determined as comprising the predetermined type of communication, and wherein the control module is to determine a feature of the plurality of packets received from the network access module, to determine whether the feature matches a configuration of a plurality of predetermined configurations, and to perform a predefined action on the plurality of packets in response to the feature matching the configuration; and a processor to implement the control module and the network access module, wherein said forwarding function allows access to the network by the client device; characterised in that the control module is to determine that the client device is infected by a network threat in response to the feature matching the configuration, to reconfigure the network access module to block access to the network by the client device, and to act to inform a number of other network access apparatuses to block packets from the client device. an interface to receive a plurality of packets that originate from a client device; a control module; a network access module to perform a forwarding function on the plurality of packets, to determine whether the received plurality of packets comprise a predetermined type of communication, and to instruct the control module to analyze the plurality of packets in response to the plurality of packets being determined as comprising the predetermined type of communication, and wherein the control module is to determine a feature of the plurality of packets received from the network access module, to determine whether the feature matches a configuration of a plurality of predetermined configurations, and to perform a predefined action on the plurality of packets in response to the feature matching the configuration; and a processor to implement the control module and the network access module, wherein said forwarding function allows access to the network by the client device; characterised in that the control module is to determine that the client device is infected by a network threat in response to the feature matching the configuration, to reconfigure the network access module to block access to the network by the client device, and to act to inform a number of other network access apparatuses to block packets from the client device.
A flame detector, comprising: a spacer having a spacer wall disposed about a gas space, the spacer wall extending along a first axis between a first spacer end and a second spacer end, the spacer wall defining a recess that extends from the first spacer end towards the second spacer end; a UV transparent window disposed within the recess; and a UV sensing elements disposed within the gas space; wherein the UV sensing elements includes: an anode disposed within the gas space and extending into a first gap defined by the spacer wall; a cathode disposed within the gas space and spaced apart from the anode, the cathode extends into a second gap defined by the spacer wall; and a gas mixture within the gas space, the gas mixture being arranged to enable a gas electron multiplier effect. a spacer having a spacer wall disposed about a gas space, the spacer wall extending along a first axis between a first spacer end and a second spacer end, the spacer wall defining a recess that extends from the first spacer end towards the second spacer end; a UV transparent window disposed within the recess; and a UV sensing elements disposed within the gas space; wherein the UV sensing elements includes: an anode disposed within the gas space and extending into a first gap defined by the spacer wall; a cathode disposed within the gas space and spaced apart from the anode, the cathode extends into a second gap defined by the spacer wall; and a gas mixture within the gas space, the gas mixture being arranged to enable a gas electron multiplier effect. an anode disposed within the gas space and extending into a first gap defined by the spacer wall; a cathode disposed within the gas space and spaced apart from the anode, the cathode extends into a second gap defined by the spacer wall; and a gas mixture within the gas space, the gas mixture being arranged to enable a gas electron multiplier effect.
A sealing member comprising a sealing section configured to interact with a sealing band of a tube of packaging material in a sealing stage, and a package volume controlling section configured to interact with a first area next to the sealing band of said tube of packaging material in the sealing stage, wherein said package volume controlling section is provided with a socket for holding an insert, wherein the socket is provided with socket protrusions (314a, 314b) for holding the insert in place, wherein the socket protrusions extend in a sliding direction perpendicular to a surface normal of said package volume controlling section; and characterized in that the socket is arranged for receiving the insert via a section placed opposite to the sealing section.
A method for providing an adaptive virtual reality, VR, streaming service in an electronic device, the method comprising: determining a bandwidth state of receiving image data from a server; extracting head tracking information including at least one of acceleration information or location information; and determining whether to adapt a quality of the VR streaming service that is being provided based on the bandwidth state, wherein the bandwidth state is determined based on a result of comparing a current bandwidth with a predetermined bandwidth required to provide an entire 360-degree image with high quality; and if it is determined to adapt the quality of the VR streaming service, requesting subsequent image data for the adaptive VR streaming service to the server based on the head tracking information and bandwidth information, wherein image data in an area of interest is requested for transmission with high quality and image data outside the area of interest is requested for transmission with a lower quality, and receiving a 360 degree image containing the subsequent image data from the server. determining a bandwidth state of receiving image data from a server; extracting head tracking information including at least one of acceleration information or location information; and determining whether to adapt a quality of the VR streaming service that is being provided based on the bandwidth state, wherein the bandwidth state is determined based on a result of comparing a current bandwidth with a predetermined bandwidth required to provide an entire 360-degree image with high quality; and if it is determined to adapt the quality of the VR streaming service, requesting subsequent image data for the adaptive VR streaming service to the server based on the head tracking information and bandwidth information, wherein image data in an area of interest is requested for transmission with high quality and image data outside the area of interest is requested for transmission with a lower quality, and receiving a 360 degree image containing the subsequent image data from the server.
A flexible fastener product comprising an elongated resin strip having lateral edges and defining a longitudinal direction; and an array of discrete, spaced-apart fastener elements carried on one side of the strip, each fastener element having a stem of resin extending integrally from the strip and forming, together with resin of the strip, a single contiguous mass of resin; and a head disposed at a distal end of the stem and having arms that extend in opposite directions from the stem toward the lateral edges of the strip to form overhangs for retaining fibers; wherein the stems have molded side surfaces (174a, 174b) and each have width, measured in the longitudinal direction of the strip, that narrows with distance from the strip surface, the flexible fastener product being characterised in that the width of these side surfaces of the stems also narrows with distance from a parting line extending from the strip surface to the head between the arms. a stem of resin extending integrally from the strip and forming, together with resin of the strip, a single contiguous mass of resin; and a head disposed at a distal end of the stem and having arms that extend in opposite directions from the stem toward the lateral edges of the strip to form overhangs for retaining fibers; wherein the stems have molded side surfaces (174a, 174b) and each have width, measured in the longitudinal direction of the strip, that narrows with distance from the strip surface, the flexible fastener product being characterised in that the width of these side surfaces of the stems also narrows with distance from a parting line extending from the strip surface to the head between the arms.
Energy absorbing device for a rail vehicle, comprising an impact plate, which is designed to absorb and transfer applied collision forces, a back plate, which is designed to fasten the energy absorbing device to a vehicle structure, and at least two buckle plates arranged between the impact plate and the back plate, characterized in that the buckle plates are provided with a preliminary deformation in a desired deformation direction, wherein the buckle plates are connected to one another by a tension/compression means, wherein, when deformation occurs on one side, the tension/compression means transfers deformation of the one buckle plate to the respective other buckle plate and deforms it such that the impact plate is displaced parallel to the back plate.
A subscriber station (305, 620, 621, 622, 625) configured to evaluate synchronization between a base station and the subscriber station, the subscriber station comprising: a transceiver configured to receive a higher layer signaling indicating a resource for restricted radio link monitoring from the base station; and a processor configured to: identify a discontinuous reception, DRX, cycle, determine an evaluation period based on the DRX cycle and the higher layer signaling, and evaluate the synchronization based on the determined evaluation period. a transceiver configured to receive a higher layer signaling indicating a resource for restricted radio link monitoring from the base station; and a processor configured to: identify a discontinuous reception, DRX, cycle, determine an evaluation period based on the DRX cycle and the higher layer signaling, and evaluate the synchronization based on the determined evaluation period. identify a discontinuous reception, DRX, cycle, determine an evaluation period based on the DRX cycle and the higher layer signaling, and evaluate the synchronization based on the determined evaluation period.
A cervical collar, comprising: - an anterior component having a center portion and side extensions extending from the center portion; - a posterior component arranged to connect to the side extensions of the anterior component; - a chin support having side portions slidably connected to the side extensions of the anterior component, and extending along an inner surface of the anterior component; characterized in that the chin support has a narrowed center portion having a shape generally corresponding to a supporting spring defined by the anterior component, and the shape extending more outwardly, with respect to the center portion, along the side portions. - an anterior component having a center portion and side extensions extending from the center portion; - a posterior component arranged to connect to the side extensions of the anterior component; - a chin support having side portions slidably connected to the side extensions of the anterior component, and extending along an inner surface of the anterior component;
Antenna arrangement having an antenna unit and a transmission/reception unit connected to the antenna unit, wherein the transmission/reception unit has: a processing unit designed to process signals received from the antenna unit and to transmit signals to the antenna unit; a downlink (Rx) designed to transmit signals from the antenna unit to the processing unit; an uplink (Tx) designed to transmit signals from the processing unit to the antenna unit; a changeover unit designed to isolate the uplink and the downlink (Tx, Rx), wherein the uplink (Tx) and the downlink (Rx) are connected in parallel with one another between the changeover unit and the processing unit; and a biasing unit arranged in the downlink (Rx) between the changeover unit and the processing unit and designed to provide a biasing current (I B) or a bias (U B); wherein the antenna unit and the transmission/reception unit are arranged at a distance from one another and wherein a connection between the antenna unit and the transmission/reception unit has a length of one metre or more. a processing unit designed to process signals received from the antenna unit and to transmit signals to the antenna unit; a downlink (Rx) designed to transmit signals from the antenna unit to the processing unit; an uplink (Tx) designed to transmit signals from the processing unit to the antenna unit; a changeover unit designed to isolate the uplink and the downlink (Tx, Rx), wherein the uplink (Tx) and the downlink (Rx) are connected in parallel with one another between the changeover unit and the processing unit; and a biasing unit arranged in the downlink (Rx) between the changeover unit and the processing unit and designed to provide a biasing current (I B) or a bias (U B); wherein the antenna unit and the transmission/reception unit are arranged at a distance from one another and wherein a connection between the antenna unit and the transmission/reception unit has a length of one metre or more.
An injectable biomaterial comprising: (a) a solid component; and (b) a liquid component comprising a carbohydrate; wherein the injectable biomaterial sets and cures to form an apatitic crystal structure after mixing of the solid component and the liquid component; wherein the ratio of solid component to liquid component is about 1.5 to about 1 by mass or about 1 to about 1 by mass; wherein the carbohydrate is sodium hyaluronate; and wherein the solid component comprises 70-90% alpha tricalcium phosphate, 10-20% calcium carbonate, and 0.5-2% calcium phosphate monobasic monohydrate (mass/mass). (a) a solid component; and (b) a liquid component comprising a carbohydrate; wherein the injectable biomaterial sets and cures to form an apatitic crystal structure after mixing of the solid component and the liquid component; wherein the ratio of solid component to liquid component is about 1.5 to about 1 by mass or about 1 to about 1 by mass; wherein the carbohydrate is sodium hyaluronate; and wherein the solid component comprises 70-90% alpha tricalcium phosphate, 10-20% calcium carbonate, and 0.5-2% calcium phosphate monobasic monohydrate (mass/mass).
Method for communicating data in a radio communication system, in which a group call channel in the uplink direction and a group call channel in the downlink direction are set up between at least a first base station of the radio communication system and a first terminal device for the purpose of transmitting voice data for a group call service, and the group call channel in the uplink direction between the first terminal device and the first base station is used for the purpose of transmitting user data depending on the availability of the group call channel, wherein the first base station in the 1-channel model uses a signal to communicate the availability of the group call channel in the uplink direction for the purpose of transmitting user data to the first terminal device, and if the group call channel is not available then the first terminal device interrupts reception on the group call channel in the downlink direction, establishes a layer 2 connection for control messages with the base station, sends a control message including user data and resumes to receive on the group call channel.
A method for preventing an information leakage based on a telephone authentication, comprising: a first step in which a telephone-authentication data-loss-prevention, DLP, file policy is set by a generator as a user of a user terminal assembly comprising a server-connection terminal through using the server-connection terminal and the server-connection terminal sends the telephone-authentication DLP file policy and requests a generation of a telephone-authentication DLP file to a DLP server assembly through an internet network a second step in which the DLP server assembly generates a contents identification, CID, by using information comprising the telephone-authentication DLP file policy and stores a telephone-authentication DLP file information comprising the CID and the telephone-authentication DLP file policy; and a third step in which the server-connection terminal or the DLP server assembly generates the telephone-authentication DLP file, wherein the telephone-authentication DLP file comprising the CID as a header of an original data file that is a general file, wherein a telephone authentication according to the telephone-authentication DLP file policy used for generating the CID is needed when a reader reads the generated telephone-authentication DLP file. a first step in which a telephone-authentication data-loss-prevention, DLP, file policy is set by a generator as a user of a user terminal assembly comprising a server-connection terminal through using the server-connection terminal and the server-connection terminal sends the telephone-authentication DLP file policy and requests a generation of a telephone-authentication DLP file to a DLP server assembly through an internet network a second step in which the DLP server assembly generates a contents identification, CID, by using information comprising the telephone-authentication DLP file policy and stores a telephone-authentication DLP file information comprising the CID and the telephone-authentication DLP file policy; and a third step in which the server-connection terminal or the DLP server assembly generates the telephone-authentication DLP file, wherein the telephone-authentication DLP file comprising the CID as a header of an original data file that is a general file, wherein a telephone authentication according to the telephone-authentication DLP file policy used for generating the CID is needed when a reader reads the generated telephone-authentication DLP file.
A well installation for detecting the level of water in a formation associated with the well; the installation comprising: a tubing and an extension portion, the tubing comprising a perforated section, wherein the extension portion is a solid walled portion that extends below the perforated section of the tubing, the extension portion extending to a depth beyond that required for extraction of product; and a receiver configured to receive electrical signals from the tubing so as to detect the level of water in the formation in dependence on the strength of the received electrical signals, the received electrical signals having been influenced by electrical signals in the extension portion. a tubing and an extension portion, the tubing comprising a perforated section, wherein the extension portion is a solid walled portion that extends below the perforated section of the tubing, the extension portion extending to a depth beyond that required for extraction of product; and a receiver configured to receive electrical signals from the tubing so as to detect the level of water in the formation in dependence on the strength of the received electrical signals, the received electrical signals having been influenced by electrical signals in the extension portion.
Spark plug, having a housing, an insulator which is arranged in the housing, a centre electrode which is arranged in the insulator, and an earth electrode which is arranged on the housing, wherein the earth electrode and the centre electrode are arranged in relation to one another such that the earth electrode and the centre electrode form a spark gap, and wherein the centre electrode, by way of an electrode head, rests on a seat which is formed on an inner side of the insulator, and wherein the centre electrode has an electrode main body and a core which is arranged in the electrode main body, wherein the core consists of a material which has a higher thermal conductivity than the material of the electrode main body, wherein the electrode main body has a diameter (d E) of not greater than 1.7 mm, wherein the electrode main body has a first region, a second region on the combustion chamber side thereof and a third region once again on the combustion chamber side thereof, wherein the electrode main body has a constant diameter (d E1) and the core has a constant diameter (d K) in the first region, wherein the electrode main body has a core with a continuously reducing diameter (d K) in the second region, and the electrode main body does not have a core in the third region, wherein the diameter (d E2) of the electrode main body is likewise reduced in the second region, characterized in that the electrode main body has a constant diameter (d E3) in the third region, which constant diameter corresponds to the diameter (d E2) of the electrode main body in the second region at the transition to the third region.