mhurhangee/ep-ind-claims huggingface dataset:
A low-profile access port for subcutaneous placement in a patient, comprising: a body including: a receiving cup, the receiving cup being funnel shaped to direct a catheter-bearing needle into an inlet port defined in the receiving cup; a conduit defined by the body and extending between the inlet port and a fluid outlet defined by a stem of the body, the conduit defining a bend distal to the inlet port and configured to prevent further distal advancement of the needle; a valve/seal assembly disposed in the conduit distal to the bend, the valve/seal assembly configured to enable passage of the catheter therethrough, the valve/seal assembly including: a seal component defining a central hole; and a valve including two intersecting slits; and radiopaque indicia configured to enable identification of the access port via x-ray imaging, the access port further comprising: a stop surface defined in the conduit distal to the valve/seal assembly, the access port configured such that the stop surface prevents further distal advancement of the catheter after passage of the catheter through the valve/seal assembly. a receiving cup, the receiving cup being funnel shaped to direct a catheter-bearing needle into an inlet port defined in the receiving cup; a conduit defined by the body and extending between the inlet port and a fluid outlet defined by a stem of the body, the conduit defining a bend distal to the inlet port and configured to prevent further distal advancement of the needle; a valve/seal assembly disposed in the conduit distal to the bend, the valve/seal assembly configured to enable passage of the catheter therethrough, the valve/seal assembly including: a seal component defining a central hole; and a valve including two intersecting slits; and radiopaque indicia configured to enable identification of the access port via x-ray imaging, the access port further comprising: a stop surface defined in the conduit distal to the valve/seal assembly, the access port configured such that the stop surface prevents further distal advancement of the catheter after passage of the catheter through the valve/seal assembly. a seal component defining a central hole; and a valve including two intersecting slits; and radiopaque indicia configured to enable identification of the access port via x-ray imaging, the access port further comprising: a stop surface defined in the conduit distal to the valve/seal assembly, the access port configured such that the stop surface prevents further distal advancement of the catheter after passage of the catheter through the valve/seal assembly.
Directional exhaust valve for switchably conducting an exhaust gas, comprising a housing having an inlet port and at least two outlet ports (A1, A2), a control element being arranged movably within the housing, which control element connects the inlet port to at least one of the outlet ports (A1, A2) by forming a duct and, in the process, closes off, at least in some regions, the other outlet port (A1, A2) from the inlet port, said control element being designed in the form of a hollow cylinder which is closed at one end and has an opening in its outer casing, and comprising a rear wall opposite its end which is open at the end face, said rear wall having an arcuate cross section, said duct extending between the open end of the control element and the opening, characterised in that the control element has at least two ribs (23a, 23b) arranged on the outer casing of the control element, said ribs (23a, 23b) extending as far as the shaft and incorporating the rear wall, the housing comprising at least three rails on its inner wall which correspond to the ribs (23a, 23b).
Switch assembly comprising the coaxial assembly along a longitudinal axis of: a cylindrical core axially extending from a base to a distal end, the core-base being fixed to a base plate, an outer knob extending from a knob-base to a distal knob-top, the knob being axially rotatable about the core, a switching mean generating an electrical signal dependent on the rotations of the knob, a mean (20, 22) for guiding the knob in its motions relative to the core, said mean (20, 22) comprising an upper-guide, in the vicinity of the core-end and the knob-top, and a lower-guide in the vicinity of the core-base and the knob-base, the upper-guide comprising rolling elements, characterized in that said rolling elements roll between an upper-guide inner race integral to the core, and an upper-guide outer race integral to the knob. a cylindrical core axially extending from a base to a distal end, the core-base being fixed to a base plate, an outer knob extending from a knob-base to a distal knob-top, the knob being axially rotatable about the core, a switching mean generating an electrical signal dependent on the rotations of the knob, a mean (20, 22) for guiding the knob in its motions relative to the core, said mean (20, 22) comprising an upper-guide, in the vicinity of the core-end and the knob-top, and a lower-guide in the vicinity of the core-base and the knob-base,
A round seal comprising a cylindrical, compressible body, having a rectangular through opening, fittings (3, 4), at opposite ends of the body, a number of screws, going through holes of the body and the fittings (3, 4), and nuts, received on the screws, characterized in that the body has protrusions at the corners of the through opening on at least one side of the body, so that an axial length of the body is larger at the area of the corners of the through opening than at the rest of the body, wherein the fittings (3, 4) are arranged to flatten the protrusions during compression of the body.
An isolated nucleic acid molecule encoding a natural killer cell immune-function receptor-chimeric antigen receptor (NKR-CAR), comprising an extracellular antigen binding domain that binds to mesothelin and comprises the amino acid sequence of SEQ ID NO:234 or SEQ ID NO: 240; the transmembrane domain of KIR2DS2, and the cytoplasmic domain of KIR2DS2, wherein the extracellular antigen binding domain that binds mesothelin is connected to the transmembrane domain by a hinge domain, wherein the hinge domain is selected from the group consisting of a CD8 hinge, a GS hinge, an IgG4 hinge, an IgD hinge, a KIR hinge, a NCR hinge, a SLAMF hinge, a FcR hinge, and a LY49 hinge, wherein the transmembrane domain and/or the cytoplasmic domain optionally further comprise one or more of a KIR D0 domain, a KIR D1 domain, and/or a KIR D2 domain.
A distributed storage method applied to an application having one driver thread and a plurality of executor threads, which is characterized by: receiving and executing, by an executor thread of the plurality of executor threads, a task assigned by the driver thread to the executor thread in response to a request of the task from the driver thread; reading, by the executor thread, data and continuously sending the data to an external shuffle service for storage in a distributed storage system for persistence; modifying, by the executor thread, a state of the task to a waiting-for-completion state after finishing sending the data to the external shuffle service; adding, by the executor thread, the task in the waiting-for-completion state to a pipeline task set of the external shuffle service; and sending, by the executor thread, the waiting-for-completion state to the driver thread to cause the driver thread to release the executor thread corresponding to the task; and wherein the executor thread corresponding to the task in waiting-for-completion is released by the driver thread, and the pipeline task set is managed, by a pipeline thread, in a list in which tasks in the pipeline task set and the states of the tasks are listed. receiving and executing, by an executor thread of the plurality of executor threads, a task assigned by the driver thread to the executor thread in response to a request of the task from the driver thread; reading, by the executor thread, data and continuously sending the data to an external shuffle service for storage in a distributed storage system for persistence; modifying, by the executor thread, a state of the task to a waiting-for-completion state after finishing sending the data to the external shuffle service; adding, by the executor thread, the task in the waiting-for-completion state to a pipeline task set of the external shuffle service; and sending, by the executor thread, the waiting-for-completion state to the driver thread to cause the driver thread to release the executor thread corresponding to the task; and wherein the executor thread corresponding to the task in waiting-for-completion is released by the driver thread, and the pipeline task set is managed, by a pipeline thread, in a list in which tasks in the pipeline task set and the states of the tasks are listed.
A method implemented in a session controller (140', 600) for facilitating a connectivity check between a terminal device (110A', 800) and a media gateway in a communication network, comprising: receiving, via a web gateway (130', 700) associated with said terminal device (110A', 800), a request for establishing a real-time communication call and an indication for indicating a capability of said terminal device (110A', 800) for early reception of a connectivity parameter of said media gateway to be used in said connectivity check, wherein said connectivity parameter includes Interactive Connectivity Establishment, ICE attributes, of the media gateway, wherein said ICE attributes include Internet Protocol, IP, address, username, password; requesting, said media gateway in a H.248 ADD message to add two terminations, including both a terminal device side termination and a core side termination; receiving a reply from said media gateway in a H.248 ADD Reply message including said connectivity parameter, thereby obtaining said connectivity parameter from said media gateway; and in response to said connectivity parameter being obtained, sending said connectivity parameter via said web gateway (130', 700) towards said terminal device (110A', 800) within a time limit. receiving, via a web gateway (130', 700) associated with said terminal device (110A', 800), a request for establishing a real-time communication call and an indication for indicating a capability of said terminal device (110A', 800) for early reception of a connectivity parameter of said media gateway to be used in said connectivity check, wherein said connectivity parameter includes Interactive Connectivity Establishment, ICE attributes, of the media gateway, wherein said ICE attributes include Internet Protocol, IP, address, username, password; requesting, said media gateway in a H.248 ADD message to add two terminations, including both a terminal device side termination and a core side termination; receiving a reply from said media gateway in a H.248 ADD Reply message including said connectivity parameter, thereby obtaining said connectivity parameter from said media gateway; and in response to said connectivity parameter being obtained, sending said connectivity parameter via said web gateway (130', 700) towards said terminal device (110A', 800) within a time limit.
A needle shield remover for a medicament delivery device, the needle shield remover comprising a generally tubular body having a longitudinal extension, - a number of grip elements arranged at a distal area of the body, the grip elements extending radially inwards from a circumference of the body, - at least one longitudinally extending cut-out at said distal area of said body adjacent and between the grip elements, wherein the grip elements are adapted to engage an outer surface of a needle shield when the needle shield remover is pushed onto the needle shield, and wherein at least one cut-out enables a generally radial outwardly bias of the grip elements during the pushing action, facilitating mounting of the needle shield remover on the needle shield, characterized in that the cut-outs are provided with a second cut-out having a larger width than the rest of the cut-outs, - a large third cut-out extending in the distal direction about halfway along the length of the body; wherein the second cut-out is interlinked with the large third cut-out creating a band-shaped section at the distal end of the body. - a number of grip elements arranged at a distal area of the body, the grip elements extending radially inwards from a circumference of the body, - at least one longitudinally extending cut-out at said distal area of said body adjacent and between the grip elements, wherein the grip elements are adapted to engage an outer surface of a needle shield when the needle shield remover is pushed onto the needle shield, and wherein at least one cut-out enables a generally radial outwardly bias of the grip elements during the pushing action, facilitating mounting of the needle shield remover on the needle shield, characterized in that the cut-outs are provided with a second cut-out having a larger width than the rest of the cut-outs, - a large third cut-out extending in the distal direction about halfway along the length of the body; wherein the second cut-out is interlinked with the large third cut-out creating a band-shaped section at the distal end of the body.
A method comprising: in response to receiving, by a network device, an application data packet of a data flow, determining whether a packet size of the application data packet is represented in a reference data store, wherein the reference data store includes data indicative of a plurality of probe packet sizes and a corresponding set of one or more metrics for each of a plurality of Wide Area Network links; in response to determining that the packet size is not represented in the reference data store, predicting, by the network device and based on at least a portion of the one or more metrics included in the reference data store, flow metrics for the packet size for each of the plurality of WAN links; selecting, by the network device and based on the predicted flow metrics, a WAN link of the plurality of WAN links on which to send the application data packet; and for each of the plurality of WAN links: sending, by the network device and to the respective WAN link, a plurality of probe packets that includes a probe packet having the packet size to obtain an updated set of one or more metrics for the respective WAN link that includes metrics for the packet size; and updating the reference data store to include the updated set of one or more flow metrics for the each of the plurality of probe packets for the respective WAN link. in response to receiving, by a network device, an application data packet of a data flow, determining whether a packet size of the application data packet is represented in a reference data store, wherein the reference data store includes data indicative of a plurality of probe packet sizes and a corresponding set of one or more metrics for each of a plurality of Wide Area Network links; in response to determining that the packet size is not represented in the reference data store, predicting, by the network device and based on at least a portion of the one or more metrics included in the reference data store, flow metrics for the packet size for each of the plurality of WAN links; selecting, by the network device and based on the predicted flow metrics, a WAN link of the plurality of WAN links on which to send the application data packet; and for each of the plurality of WAN links: sending, by the network device and to the respective WAN link, a plurality of probe packets that includes a probe packet having the packet size to obtain an updated set of one or more metrics for the respective WAN link that includes metrics for the packet size; and updating the reference data store to include the updated set of one or more flow metrics for the each of the plurality of probe packets for the respective WAN link. sending, by the network device and to the respective WAN link, a plurality of probe packets that includes a probe packet having the packet size to obtain an updated set of one or more metrics for the respective WAN link that includes metrics for the packet size; and updating the reference data store to include the updated set of one or more flow metrics for the each of the plurality of probe packets for the respective WAN link.
A method for operating a control system of a motorcycle for transferring an electromechanical steering lock from an unlocking position into a locking position and vice versa, comprising an ignition system for starting the engine of the motorcycle, which is controlled by the control system, an authentication, wherein an ID generator is in data communication with the control system, wherein the steering lock is brought into the respective position (1, 2) after a positive authentication in an action procedure (71a, 71b), wherein a first actuating element in signal connection with the control system is provided, said actuating element being accessible to a user, and the action procedure (71a, 71b) begins only after the positive authentication by a deliberate activation of the first actuating element occurring after the authentication, characterised in that the control system checks an actual position of the steering unit with a set-point position during the action procedure (71a, 71b), wherein if the actual position corresponds to the set-point position, the steering lock is brought out of the unlocking position into the locking position, if the actual position is not the same as the set-point position, the action procedure is terminated, wherein the user receives feedback about an incorrect position of the steering unit in the event of the action procedure being terminated. if the actual position corresponds to the set-point position, the steering lock is brought out of the unlocking position into the locking position, if the actual position is not the same as the set-point position, the action procedure is terminated,
A copolymerized polyester heat shrinkable film made of a copolymerized polyester resin having alternating structures of acid moieties which are derived from acid components and diol moieties which are derived from diol components, the acid components comprising terephthalic acid, and the diol components comprising isosorbide represented by Formula 1 and ethylene glycol, wherein the copolymerized polyester heat shrinkable film has a shrinkage initiation temperature of equal to or more than 60 °C, and a maximum heat shrinkage ratio of less than 2 % at 60 to 70 °C, and a maximum heat shrinkage ratio of 50 to 90 % at 90 to 100 °C; and wherein the diol components comprises 0.1 to 60 mol% of isosorbide represented by Formula 1, 10 to 90 mol% of 1,4-cyclohexanedimethanol and ethylene glycol as a remainder.
A composition comprising a blend of one or more oligomers wherein each oligomer comprises (i) at least one fluorine-containing repeatable unit and (ii) at least one fluorine-containing terminal group, and wherein said oligomers comprise the condensation reaction product of: (a) one or more fluorinated polyols; (b) one or more polyacyl compounds containing 2 or more carbon atoms; and (c) one or more monofunctional fluorine-containing compounds comprising a functional group that is reactive with the hydroxyl group of said polyol (a) or with the acyl group of the polyacyl compounds (b); and one or more polycarbodiimides, and wherein oligomer means a molecule comprising at least 2 or more, up to an average of 10 repeating (polymerized) units. (a) one or more fluorinated polyols; (b) one or more polyacyl compounds containing 2 or more carbon atoms; and (c) one or more monofunctional fluorine-containing compounds comprising a functional group that is reactive with the hydroxyl group of said polyol (a) or with the acyl group of the polyacyl compounds (b); and one or more polycarbodiimides, and wherein oligomer means a molecule comprising at least 2 or more, up to an average of 10 repeating (polymerized) units.
A method of detecting a malfunctioning egg picker, comprising: identifying eggs for removal from an egg carrier using a candling station; determining an initial count of eggs identified for removal from the egg carrier; moving an egg picker between a first location and a second location in contacting relationship with an egg identified for removal in the egg carrier, the egg picker being configured to engage the egg identified for removal when in the second location and to remove the identified egg from the carrier when moved from the second location towards the first location; detecting a number of eggs in the egg carrier using a detection device after the egg carrier traverses the egg picker; comparing the number of eggs in the egg carrier with the initial count of eggs using a control device electrically communicating with the egg picker and the detection device; and determining when the number of eggs in the egg carrier, after traversing the egg picker, varies a predetermined amount from the initial count of eggs using the control device. identifying eggs for removal from an egg carrier using a candling station; determining an initial count of eggs identified for removal from the egg carrier; moving an egg picker between a first location and a second location in contacting relationship with an egg identified for removal in the egg carrier, the egg picker being configured to engage the egg identified for removal when in the second location and to remove the identified egg from the carrier when moved from the second location towards the first location; detecting a number of eggs in the egg carrier using a detection device after the egg carrier traverses the egg picker; comparing the number of eggs in the egg carrier with the initial count of eggs using a control device electrically communicating with the egg picker and the detection device; and determining when the number of eggs in the egg carrier, after traversing the egg picker, varies a predetermined amount from the initial count of eggs using the control device.
A structural device (1 j) for a framework of a seat of the bench type, including i) a main flange comprising a lower part provided with a first hole, ii) a reinforcement flange provided with a second hole and secured to said lower part, and characterized in that it includes (iii) a strut including a first end passing through said first or second hole and provided with a first internal thread, having a first diameter and appropriate to cooperate with a threaded shank of a first screw suited for the anchoring of an anchoring part of a safety belt, and a second end passing through said second or first hole and provided with a second internal thread, having a second diameter greater than said first diameter and appropriate to cooperate with a threaded shank of a second screw suited for the anchoring of at least one belt buckle (5 i) of a safety belt.
Device for catching and stretching a weft thread inserted through a guide channel into a shed of a weaving machine, wherein a pneumatic suction nozzle for catching the weft thread, a thread clamp for clamping the weft thread and a guide element for guiding the weft thread from the guide channel to the suction nozzle are attached to a weaving sley, characterized in that the guide element is attached to the weaving sley in order to deflect the weft thread over a limited angle of about 15° to about 45° with respect to the direction of insertion, in that the guide element ends in the direction of insertion with a guide part for deflecting the weft thread, wherein the guide part is arranged at said limited angle of about 15° to about 45° with respect to the direction of insertion, in that the suction nozzle is attached to the weaving sley at an associated angle in order to catch and stretch the weft thread moving at said limited angle of about 15° to about 45°, and in that an inlet of the suction nozzle is arranged substantially in the extension of the guide part, wherein an edge close to the inlet of the suction nozzle that is directed toward a fabric is positioned further from the reed than the opposite edge of the inlet.