mhurhangee/ep-ind-claims huggingface dataset:
An overvoltage protection device comprising at least one overvoltage protection unit, consisting of a base part and a plug part which is connectable to the base part and accommodates means for protecting against overvoltage, wherein insulated electrical conductors can be introduced in the base part, which are contacted by means of vampire taps or insulation displacement terminations while penetrating the conductor insulation, and contact surfaces located on the base part, which correspond to mating contact surfaces on the bottom of the plug part, wherein the base part is implemented to be multi-part, consisting of a bottom part and a lever part, wherein the bottom part is configured as a core plate and has a plurality of grooves extending in parallel for inserting and accommodating the insulated electrical conductors, and hook-shaped extensions are provided on the bottom part on one side and extending parallel to the grooves, furthermore at one lever end, the lever part includes lateral axle stubs engaging into the hook-shaped extensions, on its lower side facing the core plate and close to the axle stubs, the lever part has at least one insulation displacement termination, wherein the insulation displacement termination leads to a plug contact or a mating plug contact which is located in the lever part and is accessible from the upper side of the lever part for accommodating the plug part, and wherein in the cutting area, the insulation displacement terminations include protrusions which extend toward groove sidewalls of the groove and which engage into guiding recesses within the bottom part when the closing movement of the lever part toward the bottom part is executed. wherein insulated electrical conductors can be introduced in the base part, which are contacted by means of vampire taps or insulation displacement terminations while penetrating the conductor insulation, and contact surfaces located on the base part, which correspond to mating contact surfaces on the bottom of the plug part, wherein the base part is implemented to be multi-part, consisting of a bottom part and a lever part, wherein the bottom part is configured as a core plate and has a plurality of grooves extending in parallel for inserting and accommodating the insulated electrical conductors, and hook-shaped extensions are provided on the bottom part on one side and extending parallel to the grooves, furthermore at one lever end, the lever part includes lateral axle stubs engaging into the hook-shaped extensions, on its lower side facing the core plate and close to the axle stubs, the lever part has at least one insulation displacement termination, wherein the insulation displacement termination leads to a plug contact or a mating plug contact which is located in the lever part and is accessible from the upper side of the lever part for accommodating the plug part, and wherein in the cutting area, the insulation displacement terminations include protrusions which extend toward groove sidewalls of the groove and which engage into guiding recesses within the bottom part when the closing movement of the lever part toward the bottom part is executed.
A method of controlling a knitted fabric guide, the method comprising: providing a receiving unit and the knitted fabric guide positioned above the receiving unit in a lapping take-up device of a knitting machine, the knitted fabric guide guiding and dropping a knitted fabric produced by a knitting unit of the knitting machine while reciprocating in a horizontal direction so as to fold the knitted fabric within the receiving unit; providing a take-up unit, having take-up rolls, in a position upward of the knitted fabric guide to feed the knitted fabric to the knitted fabric guide, a knitted fabric feeding point being formed by the take-up unit, characterized in adjusting the moving speed of the knitted fabric guide according to a knitted fabric feeding length between the knitted fabric feeding point and the knitted fabric guide, the knitted fabric feeding length varying due to the reciprocation of the knitted fabric guide, wherein the rotation of one of the take-up rolls of the take-up unit is detected by a sensor based on a detection pulse signal, the moving speed of the knitted fabric guide is adjusted by changing a moving distance of the knitted fabric guide per pulse of the detection pulse signal from the sensor. providing a receiving unit and the knitted fabric guide positioned above the receiving unit in a lapping take-up device of a knitting machine, the knitted fabric guide guiding and dropping a knitted fabric produced by a knitting unit of the knitting machine while reciprocating in a horizontal direction so as to fold the knitted fabric within the receiving unit; providing a take-up unit, having take-up rolls, in a position upward of the knitted fabric guide to feed the knitted fabric to the knitted fabric guide, a knitted fabric feeding point being formed by the take-up unit, adjusting the moving speed of the knitted fabric guide according to a knitted fabric feeding length between the knitted fabric feeding point and the knitted fabric guide, the knitted fabric feeding length varying due to the reciprocation of the knitted fabric guide, wherein the rotation of one of the take-up rolls of the take-up unit is detected by a sensor based on a detection pulse signal, the moving speed of the knitted fabric guide is adjusted by changing a moving distance of the knitted fabric guide per pulse of the detection pulse signal from the sensor.
A sealing arrangement for sealing off an intermediate space between a first component and a second component which is rotatable in relation to the first component about an axis of rotation, including at least one sealing element which is fixed on the first component and, in the mounted condition of the sealing arrangement, abuts against a peripheral surface of the second component by means of a radial sealing surface, at least one biasing element which, in the mounted condition of the sealing arrangement, exerts on the sealing element a contact pressure force that presses the sealing element against the second component, in the radial direction of the axis of rotation, and an axial pressure generating device by means of which an axial pressure force that acts in the axial direction of the axis of rotation is exertable on at least one biasing element, wherein the axial pressure generating device includes at least one securing means, by means of which at least one sealing element and the first component are clampable against one another.
A method of preparing Compound or a pharmaceutically acceptable salt thereof, wherein Compound is represented by the following structural formula: comprising: (a) reacting Compound or a pharmaceutically acceptable salt thereof with Compound in the presence of a palladium catalyst and a base to form Compound or a pharmaceutically acceptable salt thereof; and (b) deprotecting the Ts group of Compound or a pharmaceutically acceptable salt thereof to form Compound or a pharmaceutically acceptable salt thereof; wherein: each of X 1 and X 2 independently is -F or -Cl; Ts is tosyl; the palladium catalyst comprises a palladium-XPhos complex, wherein XPhos is 2-dicyclohexylphosphino-2',4',6'-triisopropylbiphenyl; and the base is a phosphate base or a carbonate base. (a) reacting Compound or a pharmaceutically acceptable salt thereof with Compound in the presence of a palladium catalyst and a base to form Compound or a pharmaceutically acceptable salt thereof; and (b) deprotecting the Ts group of Compound or a pharmaceutically acceptable salt thereof to form Compound or a pharmaceutically acceptable salt thereof; each of X 1 and X 2 independently is -F or -Cl; Ts is tosyl; the palladium catalyst comprises a palladium-XPhos complex, wherein XPhos is 2-dicyclohexylphosphino-2',4',6'-triisopropylbiphenyl; and the base is a phosphate base or a carbonate base.
Circular device for transporting reaction vessels in an automatic analysis apparatus, wherein the device has a large number of receiving positions (4, 6) for receiving in each case one reaction vessel, and wherein the device has a toothed ring, for engaging in a motorized toothed wheel, and comprises a circular base plate, and also a plurality of circular-ring-segment-shaped holders connected with a force fit and releasably to the base plate, and wherein the circular-ring-segment-shaped holders comprise the receiving positions (4, 6), characterized in that the toothed ring is formed by the fact that the circular-ring-segment-shaped holders connected with a force fit and releasably to the base plate have a toothed edge.
A method of representing a conversation of related messages in a message collection user interface displayed on a display of a wireless communication device, the message collection user interface displaying a list of messages, the method comprising the steps of: defining a plurality of dynamic session placeholders, each dynamic session placeholder representing a respective conversation of related messages constituting a common messaging communication session, each dynamic session placeholder displaying a time stamp in accordance with a time of a most recent message in the conversation, an identification of the opposite messaging party, and at least a portion of the most recent message in the conversation; displaying the plurality of dynamic session placeholders in the message collection user interface, each dynamic session placeholder presented as a single entry in a list of messages and ordered, within the list of messages, chronologically according to a corresponding time of action of the most recent message in the conversation of related messages represented by the respective dynamic session placeholder; on transmission by the wireless communication device of a new message in the conversation of related messages defined by any one of the dynamic session placeholders, reordering the plurality of dynamic session placeholders within the list of messages based on a transmission time of the new message and the time of action of the most recent message for each of the dynamic session placeholders; and displaying the reordered list of messages. defining a plurality of dynamic session placeholders, each dynamic session placeholder representing a respective conversation of related messages constituting a common messaging communication session, each dynamic session placeholder displaying a time stamp in accordance with a time of a most recent message in the conversation, an identification of the opposite messaging party, and at least a portion of the most recent message in the conversation; displaying the plurality of dynamic session placeholders in the message collection user interface, each dynamic session placeholder presented as a single entry in a list of messages and ordered, within the list of messages, chronologically according to a corresponding time of action of the most recent message in the conversation of related messages represented by the respective dynamic session placeholder; on transmission by the wireless communication device of a new message in the conversation of related messages defined by any one of the dynamic session placeholders, reordering the plurality of dynamic session placeholders within the list of messages based on a transmission time of the new message and the time of action of the most recent message for each of the dynamic session placeholders; and displaying the reordered list of messages.
An underwater hydroelectric power plant, comprising the following features: 1.1 a nacelle which contains a water turbine as well as a generator which is in driving connection with said turbine; 1.2 a support structure which carries the nacelle and is grounded in or on the seabed; 1.3 a number of devices which are used for the operation, control and acquisition of data and other functions, and which are hermetically encapsulated; characterized by the following features: 1.4 a first box (14.1) is provided which contains devices of low susceptibility to faults; 1.5 a second box (14.2) is provided which contains devices of higher susceptibility to faults; 1.6 the two groups of devices are connected to each other by strands of conductors such as electronic/electrical cables, hoses for flowable media; 1.7 the strands of conductors are at least as long as the distance between the water level and the second box in the working position. 1.1 a nacelle which contains a water turbine as well as a generator which is in driving connection with said turbine; 1.2 a support structure which carries the nacelle and is grounded in or on the seabed; 1.3 a number of devices which are used for the operation, control and acquisition of data and other functions, and which are hermetically encapsulated; characterized by the following features: 1.4 a first box (14.1) is provided which contains devices of low susceptibility to faults; 1.5 a second box (14.2) is provided which contains devices of higher susceptibility to faults; 1.6 the two groups of devices are connected to each other by strands of conductors such as electronic/electrical cables, hoses for flowable media; 1.7 the strands of conductors are at least as long as the distance between the water level and the second box in the working position.
A method implemented at a first provider edge device in an Ethernet virtual private network (EVPN), the method comprising the steps of: performing label assignment procedure with a second PE device such that the first and second PE devices share an Ethernet segment identifier, ESI, - excluded label and know a correspondence between the ESI-excluded label and a label combination of an ESI label and a VPN label, the ESI excluded label being a Multiprotocoll Label Switching, MPLS label excluding an ESI label; encapsulating a packet of broadcast, unknown unicast or multicast, BUM, traffic, with the ESI-excluded label instead of the label combination; and sending the encapsulated packet to the second PE device, wherein performing the label assignment procedure with the second PE device comprises: generating, in correspondence with the label combination of the ESI and VPN labels, the ESI-excluded label; and sending, to the second PE device, a message that comprises the ESI label, the VPN label and the ESI-excluded label; and wherein the encapsulated packet is sent to the second PE device through point to multipoint, P2MP, label switched path, LSP. performing label assignment procedure with a second PE device such that the first and second PE devices share an Ethernet segment identifier, ESI, - excluded label and know a correspondence between the ESI-excluded label and a label combination of an ESI label and a VPN label, the ESI excluded label being a Multiprotocoll Label Switching, MPLS label excluding an ESI label; encapsulating a packet of broadcast, unknown unicast or multicast, BUM, traffic, with the ESI-excluded label instead of the label combination; and sending the encapsulated packet to the second PE device, wherein performing the label assignment procedure with the second PE device comprises: generating, in correspondence with the label combination of the ESI and VPN labels, the ESI-excluded label; and sending, to the second PE device, a message that comprises the ESI label, the VPN label and the ESI-excluded label; and wherein the encapsulated packet is sent to the second PE device through point to multipoint, P2MP, label switched path, LSP. generating, in correspondence with the label combination of the ESI and VPN labels, the ESI-excluded label; and sending, to the second PE device, a message that comprises the ESI label, the VPN label and the ESI-excluded label; and wherein the encapsulated packet is sent to the second PE device through point to multipoint, P2MP, label switched path, LSP.
A method performed by a base station, the method comprising: - determining a reporting configuration for a UE to report power headroom to the base station, and characterized in that the determining being based on a power class of the UE, wherein the reporting configuration comprises a plurality of reportable values, wherein each reportable value corresponds to a respective range of values of a power headroom, and wherein the respective range each reportable value corresponds to is a function of a power class of the UE, the method further comprising: - receiving, from the UE, a reportable value from the plurality of reportable values, and wherein the respective range of values of the power headroom indicated by the received reportable value is based on the determined reporting configuration. - determining a reporting configuration for a UE to report power headroom to the base station, and the determining being based on a power class of the UE, wherein the reporting configuration comprises a plurality of reportable values, wherein each reportable value corresponds to a respective range of values of a power headroom, and wherein the respective range each reportable value corresponds to is a function of a power class of the UE, the method further comprising: - receiving, from the UE, a reportable value from the plurality of reportable values, and wherein the respective range of values of the power headroom indicated by the received reportable value is based on the determined reporting configuration. - receiving, from the UE, a reportable value from the plurality of reportable values, and wherein the respective range of values of the power headroom indicated by the received reportable value is based on the determined reporting configuration.
An ocular implant delivery system for implantation of an ocular implant into an eye, wherein the implant has an internal lumen forming a flow pathway, the system comprising: a proximal handle; and a delivery component including: an elongate applier configured to be releasably coupled to the ocular implant by being longitudinally inserted through the internal lumen, wherein the elongate applier has an outer diameter sufficiently smaller than an inner diameter of the internal lumen creating a gap for a retention layer; the retention layer; and a sheath positioned axially over the applier, wherein the delivery system is adapted for deployment of the ocular implant into a deployed location in the eye through a corneal incision, through the anterior chamber through an internal space between the ciliary body and the sclera formed upon detachment of at least a portion of the ciliary body from the sclera, and wherein the delivery system is adapted for release of the ocular implant from the elongate applier and into the deployed location. a proximal handle; and a delivery component including: an elongate applier configured to be releasably coupled to the ocular implant by being longitudinally inserted through the internal lumen, wherein the elongate applier has an outer diameter sufficiently smaller than an inner diameter of the internal lumen creating a gap for a retention layer; the retention layer; and a sheath positioned axially over the applier, an elongate applier configured to be releasably coupled to the ocular implant by being longitudinally inserted through the internal lumen, wherein the elongate applier has an outer diameter sufficiently smaller than an inner diameter of the internal lumen creating a gap for a retention layer; the retention layer; and a sheath positioned axially over the applier, wherein the delivery system is adapted for deployment of the ocular implant into a deployed location in the eye through a corneal incision, through the anterior chamber through an internal space between the ciliary body and the sclera formed upon detachment of at least a portion of the ciliary body from the sclera, and wherein the delivery system is adapted for release of the ocular implant from the elongate applier and into the deployed location.
Pneumatic vehicle tyre for utility vehicles, having a carcass, having a belt built up radially outside the carcass, and having a profiled tread built up on the belt radially outside the belt, wherein the belt is formed from at least four belt plies (13, 14, 15, 17) arranged so as to lie one on top of the other from radially inside to radially outside, wherein the first belt ply arranged furthest inward in a radial direction R is formed with parallel strengthening members embedded in rubber, the second belt ply arranged on the first belt ply is formed with parallel strengthening members embedded in rubber, the third belt ply arranged on the second belt ply is formed with parallel strengthening members embedded in rubber, and the fourth belt ply arranged on the third belt ply is formed with parallel strengthening members embedded in rubber, wherein the first belt ply and the third belt ply are working plies, in the case of which the strengthening members of the first belt ply enclose, in their orientation, an angle α with respect to the circumferential direction U, where 10°≤α≤45°, and the strengthening members of the third belt ply each enclose, in their orientation, an angle γ with respect to the circumferential direction U, where 10°≤γ≤45°, wherein, as viewed in the circumferential direction U of the vehicle tyre, the strengthening members of the first belt ply have an opposite axial direction of inclination in relation to the strengthening members of the third belt ply, and wherein the strengthening members of the second belt ply enclose, in their orientation, an angle β with respect to the circumferential direction U, where 0°≤β≤5° characterized in that the strengthening members of the fourth belt ply enclose, in their orientation, an angle ε with respect to the circumferential direction U, where 50°≤ε≤52°.
A method for operating a heads-up display unit of a vehicle, by means of which an image is generated which is visible to a vehicle driver as a virtual image from a specified viewing window on a windshield of the vehicle, in which method - a pupil size is determined depending on image data of a camera which is arranged in the interior of the vehicle and which detects an eye of the vehicle driver, wherein the pupil size is the size of the pupil of the eye of the vehicle driver, - a depth of field value is determined depending on the pupil size, wherein the depth of field value is representative of an estimated current depth of field of the eye of the vehicle driver, wherein the depth of field specifies the size of the region in which the vehicle driver sees in focus, - a signalling signal is generated in order to generate the image, more specifically dependently on the determined depth of field value, such that the image to be generated is adapted to the depth of field of the eye of the vehicle driver. - a pupil size is determined depending on image data of a camera which is arranged in the interior of the vehicle and which detects an eye of the vehicle driver, wherein the pupil size is the size of the pupil of the eye of the vehicle driver, - a depth of field value is determined depending on the pupil size, wherein the depth of field value is representative of an estimated current depth of field of the eye of the vehicle driver, wherein the depth of field specifies the size of the region in which the vehicle driver sees in focus, - a signalling signal is generated in order to generate the image, more specifically dependently on the determined depth of field value, such that the image to be generated is adapted to the depth of field of the eye of the vehicle driver.