mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, that performs sidelink communication associated with pedestrian-UE related Vehicle-to-Everything, V2X, communication, the UE comprising: a receiving unit configured to receive a system information block including a parameter related to random selection and/or a parameter related to sensing; a controlling unit configured: to determine, based on whether or not the parameter related to sensing is included in the system information block, which of the sensing or the random selection is used for UE autonomous resource selection, wherein the random selection is used for UE autonomous resource selection in a case that the sensing parameter is not included; and to use the sensing for UE autonomous resource selection in a case that the parameter related to sensing and the parameter related to random selection are included in the system information block; and a transmitting unit configured to perform, based on the sensing or the random selection determined, a transmission of sidelink control information and data using resources selected from resource pools, in a case that the use of the sensing or the random selection is determined for the UE autonomous resource selection. a receiving unit configured to receive a system information block including a parameter related to random selection and/or a parameter related to sensing; a controlling unit configured: to determine, based on whether or not the parameter related to sensing is included in the system information block, which of the sensing or the random selection is used for UE autonomous resource selection, wherein the random selection is used for UE autonomous resource selection in a case that the sensing parameter is not included; and to use the sensing for UE autonomous resource selection in a case that the parameter related to sensing and the parameter related to random selection are included in the system information block; and a transmitting unit configured to perform, based on the sensing or the random selection determined, a transmission of sidelink control information and data using resources selected from resource pools, in a case that the use of the sensing or the random selection is determined for the UE autonomous resource selection. to determine, based on whether or not the parameter related to sensing is included in the system information block, which of the sensing or the random selection is used for UE autonomous resource selection, wherein the random selection is used for UE autonomous resource selection in a case that the sensing parameter is not included; and to use the sensing for UE autonomous resource selection in a case that the parameter related to sensing and the parameter related to random selection are included in the system information block; and a transmitting unit configured to perform, based on the sensing or the random selection determined, a transmission of sidelink control information and data using resources selected from resource pools, in a case that the use of the sensing or the random selection is determined for the UE autonomous resource selection.
A microperfusion needle or fistula needle with a protective element, comprising: a first component which comprises a cannula having a tip, allowing insertion thereof into a vein of a patient, and a body rigidly joined to said cannula, and having substantially opposed lateral grasping wings extending therefrom; a second component which comprises an elongate body having a cavity for slidably receiving the first component between an operating position in which said cannula projects out of said cavity at a first end of the elongate body and a safety position in which said cannula is entirely held within said cavity, said elongate body having lateral slots for said grasping wings to extend therethrough, said grasping wings being able to be elastically bent around and contact opposed portions of the elongate body; characterized in that said elongate body comprises two arrays of projections on said opposed portions of the elongate body contacted by said wings when bent, and in that opposed pairs of projections are designed to contact and mechanically interfere with said grasping wings when bent, wherein said arrays of projections are located proximate to said first end of the elongate body, to abut said wings when the first component is in the operating position. a first component which comprises a cannula having a tip, allowing insertion thereof into a vein of a patient, and a body rigidly joined to said cannula, and having substantially opposed lateral grasping wings extending therefrom; a second component which comprises an elongate body having a cavity for slidably receiving the first component between an operating position in which said cannula projects out of said cavity at a first end of the elongate body and a safety position in which said cannula is entirely held within said cavity, said elongate body having lateral slots for said grasping wings to extend therethrough, said grasping wings being able to be elastically bent around and contact opposed portions of the elongate body; characterized in that said elongate body comprises two arrays of projections on said opposed portions of the elongate body contacted by said wings when bent, and in that opposed pairs of projections are designed to contact and mechanically interfere with said grasping wings when bent, wherein said arrays of projections are located proximate to said first end of the elongate body, to abut said wings when the first component is in the operating position.
Box body for a commercial vehicle, wherein the box body has at least one surface element having at least one panel, which comprises a core layer, formed from a foamed plastic, a dimensionally stable structural layer and an intermediate layer, the one side thereof being adjacent to the core layer and the opposite side being adjacent to the structural layer, wherein an integrally joined connection is produced between the structural layer and the side of the intermediate layer associated with it on the one hand and between the core layer and the side of the intermediate layer associated with it on the other hand, characterised in that the intermediate layer has a thickness, which is at most the same as the thickness of the structural layer, that the intermediate layer comprises a material, the density of which is greater than the density of the core layer, that the side of the intermediate layer adjacent to the core layer has an affinity to the adjacent foamed plastic of the core layer and that the side of the intermediate layer adjacent to the structural layer has an affinity to the adjacent material of the structural layer.
An operation control system configured to be installed on a work vehicle which a work apparatus is arranged on or mounted to, comprising: a controller configured to control the work apparatus; a first hydraulic valve and a second hydraulic valve configured to control hydraulic pressure supply to the work apparatus; and an operation unit configured to provide an operation input signal to the controller; characterized in that the operation unit has a first mounting base and a second mounting base arranged adjacent to each other, a first single-operation tool, a second single-operation tool, and a multi-operation tool; the first single-operation tool, the second single-operation tool, and the multi-operation tool are configured to control the first and second hydraulic valves; the first mounting base, the second mounting base, the first single-operation tool, the second single-operation tool, and the multi-operation tool are configured such that; the first mounting base is configured to receive the first single-operation tool; the second mounting base is configured to receive the second single-operation tool; and the first mounting base and second mounting base are configured to receive together the multi-operation tool over both the first mounting base and the second mounting base. a controller configured to control the work apparatus; a first hydraulic valve and a second hydraulic valve configured to control hydraulic pressure supply to the work apparatus; and an operation unit configured to provide an operation input signal to the controller; characterized in that the operation unit has a first mounting base and a second mounting base arranged adjacent to each other, a first single-operation tool, a second single-operation tool, and a multi-operation tool; the first single-operation tool, the second single-operation tool, and the multi-operation tool are configured to control the first and second hydraulic valves; the first mounting base, the second mounting base, the first single-operation tool, the second single-operation tool, and the multi-operation tool are configured such that; the first mounting base is configured to receive the first single-operation tool; the second mounting base is configured to receive the second single-operation tool; and the first mounting base and second mounting base are configured to receive together the multi-operation tool over both the first mounting base and the second mounting base. the first mounting base is configured to receive the first single-operation tool; the second mounting base is configured to receive the second single-operation tool; and the first mounting base and second mounting base are configured to receive together the multi-operation tool over both the first mounting base and the second mounting base.
A method of fabricating a low alloy steel ingot, the method comprising the following steps: a) melting all or part of an electrode by a vacuum arc remelting method, the electrode, before melting, comprising iron and carbon, the melted portion of the electrode being collected in a crucible thus forming a melt pool within the crucible; and b) solidifying the melt pool by heat exchange between the melt pool and a cooling fluid, the heat exchange applied serving to impose a mean solidification speed during step b) that is less than or equal to 45 μm/s and to obtain an ingot of low alloy steel. a) melting all or part of an electrode by a vacuum arc remelting method, the electrode, before melting, comprising iron and carbon, the melted portion of the electrode being collected in a crucible thus forming a melt pool within the crucible; and b) solidifying the melt pool by heat exchange between the melt pool and a cooling fluid, the heat exchange applied serving to impose a mean solidification speed during step b) that is less than or equal to 45 μm/s and to obtain an ingot of low alloy steel.
A method of diagnosing congenital cytomegalovirus infection, the method comprising the steps of: (a) contacting amniotic fluid obtained from a subject with a reagent that specifically binds a soluble Fms-like tyrosine kinase-1 (sFlt-1) polypeptide or protein; and b) determining whether the sFlt-1 polypeptide or protein is over expressed in the amniotic fluid compared to amniotic fluid from a non-infected subject; thereby providing a diagnosis for congenital CMV infection. (a) contacting amniotic fluid obtained from a subject with a reagent that specifically binds a soluble Fms-like tyrosine kinase-1 (sFlt-1) polypeptide or protein; and b) determining whether the sFlt-1 polypeptide or protein is over expressed in the amniotic fluid compared to amniotic fluid from a non-infected subject; thereby providing a diagnosis for congenital CMV infection.
A flexible display device comprising: a first body; a second body configured to move between a first position and a second position with respect to the first body in a direction parallel to a first direction; a flexible display comprising a first region coupled to an outer side of the second body and a second region extending from the first region, wherein a portion of the second region is curved to form a curved surface, wherein the second region is curved about a first axis extending along a second direction orthogonal to the first direction; a first rack coupled to the second body, wherein teeth are repeatedly formed along the first rack in the direction parallel to the first direction; a second rack configured to be curved about a second axis parallel to the first axis and form a continuous loop with at least the second region, wherein teeth are repeatedly formed along the second rack in a direction orthogonal to the second direction; a first gear configured to engage with the teeth of the first rack; and a driving motor configured to rotate the first gear to transfer rotation force of the driving motor to the first rack; characterised in that the flexible display device further comprises a second gear configured to engage with the teeth of the second rack, and in that the driving motor is further configured to rotate the second gear to transfer rotation force of the driving motor to the second rack. a first body; a second body configured to move between a first position and a second position with respect to the first body in a direction parallel to a first direction; a flexible display comprising a first region coupled to an outer side of the second body and a second region extending from the first region, wherein a portion of the second region is curved to form a curved surface, wherein the second region is curved about a first axis extending along a second direction orthogonal to the first direction; a first rack coupled to the second body, wherein teeth are repeatedly formed along the first rack in the direction parallel to the first direction; a second rack configured to be curved about a second axis parallel to the first axis and form a continuous loop with at least the second region, wherein teeth are repeatedly formed along the second rack in a direction orthogonal to the second direction; a first gear configured to engage with the teeth of the first rack; and a driving motor configured to rotate the first gear to transfer rotation force of the driving motor to the first rack; characterised in that the flexible display device further comprises a second gear configured to engage with the teeth of the second rack, and in that the driving motor is further configured to rotate the second gear to transfer rotation force of the driving motor to the second rack.
A computer-implemented method for efficient packet forwarding, the method comprising: storing, in a storage device in a first node, a static dictionary comprising a mapping between a type and length, TL, string and a compressed replacement string; in response to identifying the TL string in a packet, replacing the TL string with the compressed replacement string, wherein the packet is a content-centric network, CCN, message, and wherein a name for the CCN message is a hierarchically structured variable length identifier, HSVLI, which comprises contiguous name components ordered from a most general level to a most specific level; replacing a fixed header of the CCN message with a compressed fixed header; and transmitting the packet to a second node storing the static dictionary in a local storage device, thereby facilitating compression of a TL string. storing, in a storage device in a first node, a static dictionary comprising a mapping between a type and length, TL, string and a compressed replacement string; in response to identifying the TL string in a packet, replacing the TL string with the compressed replacement string, wherein the packet is a content-centric network, CCN, message, and wherein a name for the CCN message is a hierarchically structured variable length identifier, HSVLI, which comprises contiguous name components ordered from a most general level to a most specific level; replacing a fixed header of the CCN message with a compressed fixed header; and transmitting the packet to a second node storing the static dictionary in a local storage device, thereby facilitating compression of a TL string.
Contact element for electrically connecting a power semiconductor module to an external electronic component, said power semiconductor module comprising a circuit carrier having at least one conductive lead, and at least one semiconductor element, wherein said contact element comprises: a contact part adapted to be sintered to the circuit carrier, thereby being electrically connected to said conductive lead; and at least one contact pin for contacting to the external electronic component; wherein said contact part is at least partly covered with a coating facilitating the sinter connection; characterized in that said contact part comprises a protrusion adapted to be at least partly inserted into a receptacle element provided at the contact pin, wherein said contact pin and said contact part are formed so as to be fixed to each other via a press-fit connection or a screw fitting. a contact part adapted to be sintered to the circuit carrier, thereby being electrically connected to said conductive lead; and at least one contact pin for contacting to the external electronic component; wherein said contact part is at least partly covered with a coating facilitating the sinter connection; characterized in that said contact part comprises a protrusion adapted to be at least partly inserted into a receptacle element provided at the contact pin, wherein said contact pin and said contact part are formed so as to be fixed to each other via a press-fit connection or a screw fitting.
Spring pad (12, 14) for a free-standing supporting spring of a motor vehicle, comprising a spring-receiving side (12a, 14a) facing the supporting spring and a fastening side (12b, 14b) opposite the spring-receiving side (12a, 14a), via which the spring pad (12, 14) is fastened to a motor vehicle component (16, 18), wherein the fastening side (12b, 14b) of the spring pad (12, 14) has a tilt axis in the form of a strip-shaped elevation, via which the fastening side (12b, 14b) is in tiltable contact with the motor vehicle component (16, 18), characterised in that the fastening side (12b, 14b) of the spring pad (12, 14) has a support flange designed in the form of a further elevation, the maximum elevation height of which corresponds with the strip-shaped elevation, wherein the fastening side (12b, 14b) is only in contact in some regions with the motor vehicle component (16, 18) via the support flange.
A dental cement comprising: a glass powder, wherein the glass powder contains zinc, silicon, and fluorine and does not substantially contain aluminum, wherein a content of zinc in the glass powder in terms of zinc oxide (ZnO) is in a range of 20% to 55% by mass, wherein a content of silicon in the glass powder in terms of silicon oxide (SiO 2) is in a range of 20% to 40% by mass, wherein a content of fluorine in the glass powder is in a range of 3% to 20% by mass, and wherein a content of aluminum in the glass powder in terms of aluminum oxide (Al 2 O 3) is less than or equal to 1% by mass. a glass powder, wherein the glass powder contains zinc, silicon, and fluorine and does not substantially contain aluminum, wherein a content of zinc in the glass powder in terms of zinc oxide (ZnO) is in a range of 20% to 55% by mass, wherein a content of silicon in the glass powder in terms of silicon oxide (SiO 2) is in a range of 20% to 40% by mass, wherein a content of fluorine in the glass powder is in a range of 3% to 20% by mass, and wherein a content of aluminum in the glass powder in terms of aluminum oxide (Al 2 O 3) is less than or equal to 1% by mass.
An ion guide for guiding an ion beam along an ion path, said ion guide having a longitudinal axis corresponding to said ion path, wherein said ion guide comprises a plurality of electrode plates which are arranged perpendicularly to the longitudinal axis, each electrode plate having an opening and being arranged such that said longitudinal axis extends through its respective opening, wherein said openings collectively define an ion guide volume, wherein in operation, said electrode plates are to be connected to an RF driving source for driving adjacent two electrode plates with voltage of opposite polarity, wherein the ion guide extends or is configured to extend through a separation wall separating adjacent first and second pumping chambers (12, 14), wherein said ion guide has a first portion, in which gaps are formed between at least some of said electrode plates such that uncharged gas can escape from said ion guide volume, wherein said first portion is completely located in said first pumping chamber, wherein in said first portion, the diameters of the openings in at least a subset of consecutive electrode plates decrease in a downstream direction of the ion guide, to thereby form a funnel structure, and a second portion, in which sealing elements are arranged between adjacent electrode plates, preventing neutral gas from escaping from that portion of the ion guide volume between adjacent electrode plates, said second portion extending at least from said separation wall into said second pumping chamber. wherein said ion guide comprises a plurality of electrode plates which are arranged perpendicularly to the longitudinal axis, each electrode plate having an opening and being arranged such that said longitudinal axis extends through its respective opening, wherein said openings collectively define an ion guide volume, wherein in operation, said electrode plates are to be connected to an RF driving source for driving adjacent two electrode plates with voltage of opposite polarity, wherein the ion guide extends or is configured to extend through a separation wall separating adjacent first and second pumping chambers (12, 14), wherein said ion guide has a first portion, in which gaps are formed between at least some of said electrode plates such that uncharged gas can escape from said ion guide volume, wherein said first portion is completely located in said first pumping chamber, wherein in said first portion, the diameters of the openings in at least a subset of consecutive electrode plates decrease in a downstream direction of the ion guide, to thereby form a funnel structure, and a second portion, in which sealing elements are arranged between adjacent electrode plates, preventing neutral gas from escaping from that portion of the ion guide volume between adjacent electrode plates, said second portion extending at least from said separation wall into said second pumping chamber.