mhurhangee/ep-ind-claims huggingface dataset:
Instrument guide assembly for a bone plate comprising an insert (3, 3') configured to be arranged in a hole of a plate member of a bone plate, the insert (3, 3') having a through-hole; a guide member (4, 4') removably arranged in the through-hole of the insert, the guide member (4, 4') having a head portion and a shaft portion extending from the head portion and having a longitudinal axis and a guide channel extending through the head portion and the shaft portion for guiding a drill, a K-wire or another instrument therethrough; wherein the insert (3, 3') and the guide member (4, 4') are configured to be connected to each other in such a manner that in an assembled configuration the insert (3, 3') is movable relative to the guide member (4, 4') in a limited range along the longitudinal axis of the shaft portion between a first stop (43, 43a, 43', 43a', 43b') and a second stop. an insert (3, 3') configured to be arranged in a hole of a plate member of a bone plate, the insert (3, 3') having a through-hole; a guide member (4, 4') removably arranged in the through-hole of the insert, the guide member (4, 4') having a head portion and a shaft portion extending from the head portion and having a longitudinal axis and a guide channel extending through the head portion and the shaft portion for guiding a drill, a K-wire or another instrument therethrough; wherein the insert (3, 3') and the guide member (4, 4') are configured to be connected to each other in such a manner that in an assembled configuration the insert (3, 3') is movable relative to the guide member (4, 4') in a limited range along the longitudinal axis of the shaft portion between a first stop (43, 43a, 43', 43a', 43b') and a second stop.
Device for controlling an IP core network, the device being able to control a base station of an access network, a switch of the IP core network and an interconnection gateway for interconnecting the IP core network with an external data packet network, the control device comprising: - a communication module, which is configured to communicate with a connection server for connection to a cloud computing system and, via this server, with a plurality of virtual functions of a control plane of the IP core network that are instantiated in the cloud computing system; - a management module for managing: ∘ a first database that identifies, for at least one terminal of a user that is managed by the IP core network and served by the base station, at least one of said virtual functions that is assigned to this terminal; and ∘ a second database that associates with at least one of said virtual functions an identifier for this function with the connection server and a status of this function; this management module being configured to update the first and/or the second database on the basis of information received by the communication module of the connection server and/or the virtual functions; and - a control module configured to use the data of the first and/or of the second database in order to set up and/or maintain, for a terminal managed by the IP core network, a user plane between said base station, said switch and said interconnection gateway. - a communication module, which is configured to communicate with a connection server for connection to a cloud computing system and, via this server, with a plurality of virtual functions of a control plane of the IP core network that are instantiated in the cloud computing system; - a management module for managing: ∘ a first database that identifies, for at least one terminal of a user that is managed by the IP core network and served by the base station, at least one of said virtual functions that is assigned to this terminal; and ∘ a second database that associates with at least one of said virtual functions an identifier for this function with the connection server and a status of this function; this management module being configured to update the first and/or the second database on the basis of information received by the communication module of the connection server and/or the virtual functions; and ∘ a first database that identifies, for at least one terminal of a user that is managed by the IP core network and served by the base station, at least one of said virtual functions that is assigned to this terminal; and ∘ a second database that associates with at least one of said virtual functions an identifier for this function with the connection server and a status of this function; - a control module configured to use the data of the first and/or of the second database in order to set up and/or maintain, for a terminal managed by the IP core network, a user plane between said base station, said switch and said interconnection gateway.
Method for configuring a wireless network, wherein the wireless network comprises a network node ( 105 k) and a first network device ( 110 i) under coverage of the network node ( 105 k), the network node ( 105 k) acting as serving network node for the first network device, and the first network device being arranged for transmitting first data to the network node ( 105 k) over a first radio link, wherein the method comprises: determining the presence of a second network device ( 110 i) under coverage of said network node ( 105 k), the second network device being arranged for transmitting second data to a respective serving network node over a second radio link, determining (210,310) a radio quality of the first radio link, determining (210,310) a radio quality of the second radio link, determining (210,310) a radio quality of a third radio link between the second network device and the first network device, and if the radio quality of the third radio link is higher than the radio quality of the second radio link, configuring the second network device to transmit the second data to the first network device over the third radio link and the first network device to retransmit, over the first radio link, said second data to the network node, characterized in that the method further comprises determining an energy availability of the first network device and an energy availability of the second network device, wherein said configuring the second network device to transmit the second data to the first network device over the third radio link and the first network device to retransmit, over the first radio link, said second data to the network node is carried out if the energy availability of the first network device is higher than the energy availability of the second network device. determining the presence of a second network device ( 110 i) under coverage of said network node ( 105 k), the second network device being arranged for transmitting second data to a respective serving network node over a second radio link, determining (210,310) a radio quality of the first radio link, determining (210,310) a radio quality of the second radio link, determining (210,310) a radio quality of a third radio link between the second network device and the first network device, and if the radio quality of the third radio link is higher than the radio quality of the second radio link, configuring the second network device to transmit the second data to the first network device over the third radio link and the first network device to retransmit, over the first radio link, said second data to the network node, characterized in that
Coupling adapter with a vertically continuously adjustable coupling carrier (14, 15) for a rail vehicle, characterized in that two coupling carriers (14, 15) are arranged one above the other and are jointly vertically adjustable on the coupling adapter, so that two different couplings (22, 23) can be mounted simultaneously, and in that at least one coupling carrier can be folded away.
An aerosol generating article (300, 420) comprising: a first segment arranged at an upstream end portion to be inserted into an aerosol generating device; a second segment (330, 425) arranged at a downstream end portion to contact a user's mouth; and a third segment (320, 424) arranged between the first segment and the second segment (330, 425), and comprising a cooling element, wherein the first segment comprises: a first filter portion (311, 421); and a medium portion (312, 422) comprising an aerosol generating substrate and a pH adjuster; characterized in that: the first segment further comprises: a second filter portion (313, 423), and the medium portion (312, 422) is arranged between the first filter portion (311, 421) and the second filter portion (313, 423), and wherein a weight of the medium portion (312, 422) is in a range of 70 mg to 120 mg and the medium portion is formed of granules, the pH adjuster comprises potassium carbonate and the content of the potassium carbonate relative to the content of the aerosol generating substrate is 5% to 10%. a first segment arranged at an upstream end portion to be inserted into an aerosol generating device; a second segment (330, 425) arranged at a downstream end portion to contact a user's mouth; and a third segment (320, 424) arranged between the first segment and the second segment (330, 425), and comprising a cooling element, wherein the first segment comprises: a first filter portion (311, 421); and a medium portion (312, 422) comprising an aerosol generating substrate and a pH adjuster; characterized in that: the first segment further comprises: a second filter portion (313, 423), and the medium portion (312, 422) is arranged between the first filter portion (311, 421) and the second filter portion (313, 423), and wherein a weight of the medium portion (312, 422) is in a range of 70 mg to 120 mg and the medium portion is formed of granules, the pH adjuster comprises potassium carbonate and the content of the potassium carbonate relative to the content of the aerosol generating substrate is 5% to 10%. the first segment further comprises: a second filter portion (313, 423), and the medium portion (312, 422) is arranged between the first filter portion (311, 421) and the second filter portion (313, 423), and wherein a weight of the medium portion (312, 422) is in a range of 70 mg to 120 mg and the medium portion is formed of granules, the pH adjuster comprises potassium carbonate and the content of the potassium carbonate relative to the content of the aerosol generating substrate is 5% to 10%.
A steering system for a vehicle wheel, comprising: a wheel carrier for mounting a steered wheel, the wheel carrier being rotatably mounted with respect to the vehicle about a steering axis to allow the wheel to be steered; a hydraulic cylinder having a piston therein and a rigid connecting rod assembly extending from the piston out of the cylinder; wherein the rigid connecting rod assembly comprises a first section adapted to reciprocate into and out of the cylinder and a second section rigidly extending from the first section to a pivot point connection where it is pivotally connected to the wheel carrier at an offset from the steering axis; wherein the second section is a curved member extending between the first section and the pivot point connection, the curved member shaped to define a concavity for accommodating a portion of the wheel carrier within the concavity; and wherein the hydraulic cylinder is pivotally mounted on the vehicle such that it is prevented from translational movement relative to the vehicle but capable of changing its orientation with respect to the vehicle. a wheel carrier for mounting a steered wheel, the wheel carrier being rotatably mounted with respect to the vehicle about a steering axis to allow the wheel to be steered; a hydraulic cylinder having a piston therein and a rigid connecting rod assembly extending from the piston out of the cylinder; wherein the rigid connecting rod assembly comprises a first section adapted to reciprocate into and out of the cylinder and a second section rigidly extending from the first section to a pivot point connection where it is pivotally connected to the wheel carrier at an offset from the steering axis; wherein the second section is a curved member extending between the first section and the pivot point connection, the curved member shaped to define a concavity for accommodating a portion of the wheel carrier within the concavity; and wherein the hydraulic cylinder is pivotally mounted on the vehicle such that it is prevented from translational movement relative to the vehicle but capable of changing its orientation with respect to the vehicle.
An implantable medical system, comprising: a housing; a power source disposed within the housing; and an operational circuit disposed within the housing and coupled to the power source, the operational circuit having; a first electrode terminal and a second electrode terminal; an output circuit configured to deliver an electrical stimulation therapy through the first and second electrode terminals, wherein the output circuit includes four interconnected switches (80, 82, 84, 86); and a control circuit configured to evaluate an electrical parameter associated with the output circuit and to control generation of the electrical stimulation therapy responsive to a result of the evaluated parameter, wherein the control circuit biases at least one of the four interconnected switches into a non-conducting state during the measurement of the electrical parameter and wherein the measured electrical parameter is based on a leakage current of at least one of the switches and measured across a load comprising the heart. a housing; a power source disposed within the housing; and an operational circuit disposed within the housing and coupled to the power source, the operational circuit having; a first electrode terminal and a second electrode terminal; an output circuit configured to deliver an electrical stimulation therapy through the first and second electrode terminals, wherein the output circuit includes four interconnected switches (80, 82, 84, 86); and a control circuit configured to evaluate an electrical parameter associated with the output circuit and to control generation of the electrical stimulation therapy responsive to a result of the evaluated parameter, a first electrode terminal and a second electrode terminal; an output circuit configured to deliver an electrical stimulation therapy through the first and second electrode terminals, wherein the output circuit includes four interconnected switches (80, 82, 84, 86); and a control circuit configured to evaluate an electrical parameter associated with the output circuit and to control generation of the electrical stimulation therapy responsive to a result of the evaluated parameter, wherein the control circuit biases at least one of the four interconnected switches into a non-conducting state during the measurement of the electrical parameter and wherein the measured electrical parameter is based on a leakage current of at least one of the switches and measured across a load comprising the heart.
An image processing device, comprising: image acquisition means for acquiring an image including a graphic code and at least one character positioned outside the graphic code, which are in a given positional relationship; and deformation rule identification means for identifying a deformation rule for deforming the graphic code, which is included in the image acquired by the image acquisition means, to a graphic of a known shape and size; characterized by deformation processing execution means for executing, on the at least one character included in the image acquired by the image acquisition means, deformation processing based on the deformation rule identified by the deformation rule identification means. image acquisition means for acquiring an image including a graphic code and at least one character positioned outside the graphic code, which are in a given positional relationship; and deformation rule identification means for identifying a deformation rule for deforming the graphic code, which is included in the image acquired by the image acquisition means, to a graphic of a known shape and size; deformation processing execution means for executing, on the at least one character included in the image acquired by the image acquisition means, deformation processing based on the deformation rule identified by the deformation rule identification means.
Dispensing container for flat objects, such as boxcutter blades, comprising a container body in which is housed a sliding support designed to move between a rear face and a front face of the container body, for which the objects are stacked between the sliding support and the front face of the container, the sliding support pushing the objects against said front face opposite an exit slit for the objects, characterized in that it comprises at least two elastic means (6, 6') for driving the sliding support, each comprising a forward branch and a return branch, the free end of the forward branch latching onto an anchor point ('7, 7') of the container, the free end of the return branch latching onto an anchor point (8, 8') of the sliding support, the forward branch and the return branch being connected via a spindle or a pulley positioned close to the front face of the container, the elastic means being designed to pull the sliding support from the rear face to the front face of the container.
A heteromultimer comprising: a first polypeptide construct that comprises a first transporter polypeptide and at least one first cargo molecule, optionally wherein the first cargo molecule is a cargo polypeptide, optionally wherein the first polypeptide construct comprises two first cargo polypeptides; and a second polypeptide construct that comprises a second transporter polypeptide; and wherein said first and second transporter polypeptides are obtained by segmentation of an albumin polypeptide having the sequence of SEQ ID NO:1 at a segmentation site, and wherein the location of the segmentation site is: (a) between residues 339 and 340 of SEQ ID NO:1; or (b) between residues 300 and 301 of SEQ ID NO:1; or (c) between residues 364 and 365 of SEQ ID NO:1; or (d) between residues 441 and 442 of SEQ ID NO:1; or (e) between residues 171 and 172 of SEQ ID NO:1; or (f) between residues 281 and 282 of SEQ ID NO:1; or (g) after residue 83 and before residue 85 of SEQ ID NO:1 and residue 84 is deleted; wherein the numbering of residues begins with the first residue after the signal sequence, and wherein said first transporter polypeptide is different from said second transporter polypeptide, and said transporter polypeptides self-assemble to form a quasi-native structure of the monomeric form of said albumin polypeptide. a first polypeptide construct that comprises a first transporter polypeptide and at least one first cargo molecule, optionally wherein the first cargo molecule is a cargo polypeptide, optionally wherein the first polypeptide construct comprises two first cargo polypeptides; and a second polypeptide construct that comprises a second transporter polypeptide; and wherein said first and second transporter polypeptides are obtained by segmentation of an albumin polypeptide having the sequence of SEQ ID NO:1 at a segmentation site, and wherein the location of the segmentation site is: (a) between residues 339 and 340 of SEQ ID NO:1; or (b) between residues 300 and 301 of SEQ ID NO:1; or (c) between residues 364 and 365 of SEQ ID NO:1; or (d) between residues 441 and 442 of SEQ ID NO:1; or (e) between residues 171 and 172 of SEQ ID NO:1; or (f) between residues 281 and 282 of SEQ ID NO:1; or (g) after residue 83 and before residue 85 of SEQ ID NO:1 and residue 84 is deleted; (a) between residues 339 and 340 of SEQ ID NO:1; or (b) between residues 300 and 301 of SEQ ID NO:1; or (c) between residues 364 and 365 of SEQ ID NO:1; or (d) between residues 441 and 442 of SEQ ID NO:1; or (e) between residues 171 and 172 of SEQ ID NO:1; or (f) between residues 281 and 282 of SEQ ID NO:1; or (g) after residue 83 and before residue 85 of SEQ ID NO:1 and residue 84 is deleted; wherein the numbering of residues begins with the first residue after the signal sequence, and wherein said first transporter polypeptide is different from said second transporter polypeptide, and said transporter polypeptides self-assemble to form a quasi-native structure of the monomeric form of said albumin polypeptide.
Air mixing and distribution apparatus for a vehicle heating or air-conditioning system having an air distribution chamber, a cold air duct which opens with a cold air opening and a warm air duct which opens with a warm air opening, the warm air opening being formed by the outlet of a heat exchanger, the cold air opening and the warm air opening lying next to one another and in the same plane, the air distribution chamber having a mixed air outlet for the windscreen and a mixed air outlet for a front diffuser, the mixed air outlets (42, 44) being spaced apart from one another, the apparatus further having a first air deflection element deflecting the warm air flow in the direction of the cold air opening, and a second air deflection element deflecting the cold air flow in the direction of the warm air opening, the cold air duct and the warm air duct opening into the air distribution chamber, the cold air which flows through the cold air opening and the warm air which flows through the warm air opening flowing into the air distribution chamber substantially in the same main flow direction, the first air deflection element being provided within the air distribution chamber, and the second air deflection element being provided within the air distribution chamber, characterized in that a cold air bypass opening is provided which opens into the air distribution chamber and is arranged next to the warm air opening on that side of the warm air opening which faces away from the cold air opening.
An ultrasonic endoscope comprising: an elongated insertion section having a distal end and a proximal end; and an operation section provided at the proximal end of the insertion section, wherein the insertion section includes a distal end hard portion having a distal end surface at the distal end, characterized in that: the distal end surface of the distal end hard portion including an ultrasonic transducer, a forceps channel opening portion and an object lens arranged in a straight line along a direction perpendicular to an axial direction of the insertion section. an elongated insertion section having a distal end and a proximal end; and an operation section provided at the proximal end of the insertion section, wherein the insertion section includes a distal end hard portion having a distal end surface at the distal end, characterized in that: the distal end surface of the distal end hard portion including an ultrasonic transducer, a forceps channel opening portion and an object lens arranged in a straight line along a direction perpendicular to an axial direction of the insertion section. the distal end surface of the distal end hard portion including an ultrasonic transducer, a forceps channel opening portion and an object lens arranged in a straight line along a direction perpendicular to an axial direction of the insertion section.
Pinion bearing arrangement of a gearbox for a vehicle or aircraft, comprising at least one roller bearing (2, 3), wherein at least one of the roller bearings (2, 3) is a ball bearing, which ball bearing has an inner ring and an outer ring, wherein both ring (4, 5) have raceways (6, 7) for balls being located between the rings (4, 5), wherein at least one raceway (6, 7) has a radius (r I/O) and the balls have a diameter (D B) which fulfill the equation: r I/O / D B > 0.53 characterized in that at least one of the rings (4, 5) is made from a ball bearing steel produced by a powder metallurgical process using a powder metallurgy component including 0.5 to 2.0 weight-% C, a maximum of 0.035 weight-% S, 3.0 to 5.0 weight-% Cr, 1.0 to 4.0 weight-% V, 1.0 to 12.0 weight-% W and 2.0 to 12.0 weight-% Mo, wherein the surface of the raceways (6, 7) has a hardness between 65 HRC and 70 HRC and wherein the balls of the at least one ball bearing (2, 3) are made of ceramic material. 0.5 to 2.0 weight-% C, a maximum of 0.035 weight-% S, 3.0 to 5.0 weight-% Cr, 1.0 to 4.0 weight-% V, 1.0 to 12.0 weight-% W and 2.0 to 12.0 weight-% Mo,