mhurhangee/patent-ind-claim-en huggingface dataset:
Road-vehicle tractor-trailer combination, having a tractor, in particular having a semitrailer tractor, and a trailer in the form of a semitrailer, wherein the trailer has a trailer body and at least two axles arranged in the rear body region, characterized in that the trailer body is in the form of a swap body that can rest on supports, in that an independently driveable trailer axle module (5; 26; 34), which can be coupled and uncoupled to/from and locked to the trailer body from below in the lower rear body region and on which the at least two axles (9, 10; 31, 32, 33; 35) are arranged, is provided, and in that at least one axle of the trailer axle module (5; 26; 34) is designed as a drive module and temporary live axle (9; 31) of the tractor-trailer combination with a drive unit which can be automatically controlled and selected for a limited period of time by means of a control unit in accordance with the determined driving operation state and the determined drive requirement of the tractor-trailer combination . in that the trailer body is in the form of a swap body that can rest on supports, in that an independently driveable trailer axle module (5; 26; 34), which can be coupled and uncoupled to/from and locked to the trailer body from below in the lower rear body region and on which the at least two axles (9, 10; 31, 32, 33; 35) are arranged, is provided, and in that at least one axle of the trailer axle module (5; 26; 34) is designed as a drive module and temporary live axle (9; 31) of the tractor-trailer combination with a drive unit which can be automatically controlled and selected for a limited period of time by means of a control unit in accordance with the determined driving operation state and the determined drive requirement of the tractor-trailer combination .
Optocoupler comprising at least one light source and at least one receiver facing the at least one light source , said at least one light source being a laser diode matrix and being configured to receive, at the input, an electric input signal, and generate, at the output, according to said electric input signal, at least one light signal sent to the at least one receiver , the at least one receiver , being a photovoltaic cell matrix and being configured to receive, at the input, at least partially the light signal and to deliver at the output, at least one electric output signal, the photovoltaic cell matrix and the laser diode matrix extending mainly in parallel planes and being arranged facing one another, the optocoupler being characterised in that the electric output signal is delivered by the at least one receiver at the level of three output connections arranged so as to form a connection at the middle point.
Construction robot , in particular for performing construction work on a building construction site and/or a civil engineering construction site, having a manipulator and having a storage system , - wherein the storage system has at least one storage point , wherein the storage point has a protective cover , for example for protection against entering and/or escaping particles, liquids and/or gases, and a storage place , wherein the protective cover is pivotably arranged at the storage point , characterized in that a control projection is formed on an end effector of the manipulator and is configured to move along a control contour of the at least one storage point of the storage system . - wherein the storage system has at least one storage point , wherein the storage point has a protective cover , for example for protection against entering and/or escaping particles, liquids and/or gases, and a storage place , wherein the protective cover is pivotably arranged at the storage point ,
Foot unit for a sanitary mounting device comprising a connecting element with a connecting section for connecting the foot unit to the mounting device and a foot element with a support surface , with which the foot element can be supported on a support structure , wherein the connecting element and the foot element are connected to one another via a swivel joint , wherein the swivel joint has a swivel section on the foot element side and a swivel section on the connecting element side, which swivel sections are each pivotably engaged with one another, and wherein the foot element is pivotable via the swivel joint about a swivel axis (S) relative to the stationary connecting element between a first position and a second position, characterized in that the swivel joint has a first stop and a further stop , wherein the foot element is pivotable between the two stops . a connecting element with a connecting section for connecting the foot unit to the mounting device and a foot element with a support surface , with which the foot element can be supported on a support structure , wherein the connecting element and the foot element are connected to one another via a swivel joint , wherein the swivel joint has a swivel section on the foot element side and a swivel section on the connecting element side, which swivel sections are each pivotably engaged with one another, and wherein the foot element is pivotable via the swivel joint about a swivel axis (S) relative to the stationary connecting element between a first position and a second position, characterized in that the swivel joint has a first stop and a further stop , wherein the foot element is pivotable between the two stops .
A glass sheet composite having a loss coefficient at 25°C of 1×10 -2 or more and a longitudinal wave acoustic velocity in a sheet thickness direction of 5.5×10 3 m/s or more, wherein the glass sheet composite comprises two or more glass sheets and a liquid layer between at least a pair of glass sheets out of the glass sheets.
A load balancing method, comprising: when a first controller dynamically changes, receiving (S201), by a network element selector, a first load migration instruction from an operation management system; updating (S202), by the network element selector, record information based on the first load migration instruction; receiving (S203), by the network element selector, interaction signaling of UE from an external network element, selecting a second controller for the UE based on updated record information, and forwarding the interaction signaling to the second controller; wherein the record information comprises at least one of the following: a record of a mapping relationship between a session index and a controller, and a status record of the controller. when a first controller dynamically changes, receiving (S201), by a network element selector, a first load migration instruction from an operation management system; updating (S202), by the network element selector, record information based on the first load migration instruction; receiving (S203), by the network element selector, interaction signaling of UE from an external network element, selecting a second controller for the UE based on updated record information, and forwarding the interaction signaling to the second controller; wherein the record information comprises at least one of the following: a record of a mapping relationship between a session index and a controller, and a status record of the controller.
A pharmaceutical powder for reconstitution into an oral liquid formulation, the powder consisting of: (a) about 14 % (w/w) enalapril or a pharmaceutically acceptable salt thereof, (b) about 85 % (w/w) mannitol, and (c) about 1 % (w/w) colloidal silicon dioxide, wherein, when the powder is reconstituted into an oral liquid, the liquid is homogenous and stable for at least 12 weeks at about 25±5°C and 55±10% relative humidity. (a) about 14 % (w/w) enalapril or a pharmaceutically acceptable salt thereof, (b) about 85 % (w/w) mannitol, and (c) about 1 % (w/w) colloidal silicon dioxide,
A nasal cannula (10; 110; 210) for nasally supplying a patient with therapeutic gas, encompassing a distribution conduit component (12; 112; 212) having a distribution conduit (20; 120; 220) that extends along a virtual distribution path (V) passing centrally through it; the distribution path (V) defining a longitudinal direction; the distribution conduit (20; 120; 220) comprising two branch openings (26b, 28b; 126b, 128b; 226b, 228b); a respective supply conduit (26, 28; 126, 128; 226, 228) for supplying the patient with therapeutic gas from the distribution conduit (20; 120; 220) branching off from each branch opening (26b, 28b; 126b, 128b; 226b, 228b); the distribution conduit (20; 120; 220) comprising, in addition to the branch openings (26b, 28b; 126b, 128b; 226b, 228b), two coupling openings (22, 24; 122, 124; 222, 224) arranged at a distance from the branch openings (26b, 28b; 126b, 128b; 226b, 228b); the nasal cannula (10; 110; 210) encompassing a plug (14; 114; 214) with which one of the two coupling openings (22, 24; 122, 124; 222, 224), constituting a closure opening (22; 122; 222), is closable by the plug (14; 114; 214) for a flow of gas through it; and a further one of the two coupling openings (22, 24; 122, 124; 222, 224), constituting a delivery opening (24; 124; 224), being embodied for connection of a gas delivery line (16, 18; 116, 118; 216, 218) to the distribution conduit (20; 120; 220), characterized in that the plug (14; 114; 214) comprises a flow-directing configuration (42; 142; 242) having an exposed flow-directing surface (44; 144; 244); the flow-directing surface (44; 144; 244) being arranged, in a reference state in which the plug (14; 114; 214) is arranged on the nasal cannula (10; 110; 210) so as to close off the closure opening (22; 122; 222) as intended, in the distribution conduit (20; 120; 220) in the longitudinal region of extent of at least one branch opening (26b, 28b; 126b, 128b; 226b, 228b), and being canted with respect to the distribution path (V) in such a way that it deflects therapeutic gas, flowing in the distribution conduit (20; 120; 220) in from the delivery opening (24; 124; 224) along the distribution path (V), to at least one of the branch openings (26b, 28b; 126b, 128b; 226b, 228b).
A vinyl chloride resin composition for powder molding, comprising: 100 parts by mass of (a) vinyl chloride resin particles having an average polymerization degree of 2300 to 4100 as measured in conformity to JIS K 6720-2; and 100 parts by mass to 200 parts by mass of (b) a plasticizer containing a trimellitate plasticizer and a pyromellitate plasticizer, wherein the content of the trimellitate plasticizer is up to 180 parts by mass and the content of the pyromellitate plasticizer is up to 180 parts by mass with respect to 100 parts by mass of (a) the vinyl chloride resin particles. 100 parts by mass of (a) vinyl chloride resin particles having an average polymerization degree of 2300 to 4100 as measured in conformity to JIS K 6720-2; and 100 parts by mass to 200 parts by mass of (b) a plasticizer containing a trimellitate plasticizer and a pyromellitate plasticizer, wherein the content of the trimellitate plasticizer is up to 180 parts by mass and the content of the pyromellitate plasticizer is up to 180 parts by mass with respect to 100 parts by mass of (a) the vinyl chloride resin particles.
Apparatus operable to close a wound in a patient's tissue, said wound presenting an insertion site and an elongated, obliquely oriented tract extending into the patient's tissue and in communication with said insertion site , said apparatus comprising: a body having an elongated, rigid force-transmitting surface including an elongated, obliquely oriented, and progressively tapered segment , said body operable to be placed in an external wound-closing position with said force-transmitting surface proximal to the patient's skin, atop said wound and in general axial alignment with said tract ; and a force-exerting assembly coupled with said body and operable to exert forces of different magnitudes at different locations along the length of said force-transmitting surface in order to close the wound , said forces being greatest adjacent the end of said force-transmitting surface closest to the patient's heart, and decreasing along the length of the force-transmitting surface away from the patient's heart, said force-transmitting surface being three-dimensionally asymmetric, said force-transmitting surface comprising first and second surface sections having different force-transmitting areas, respectively, wherein said first and second surface sections being substantially coplanar, said force-transmitting surface including a third, generally T-shaped surface section bridging said first and second surface sections and comprising said elongated segment and a segment transverse to said elongated segment . a body having an elongated, rigid force-transmitting surface including an elongated, obliquely oriented, and progressively tapered segment , said body operable to be placed in an external wound-closing position with said force-transmitting surface proximal to the patient's skin, atop said wound and in general axial alignment with said tract ; and a force-exerting assembly coupled with said body and operable to exert forces of different magnitudes at different locations along the length of said force-transmitting surface in order to close the wound , said forces being greatest adjacent the end of said force-transmitting surface closest to the patient's heart, and decreasing along the length of the force-transmitting surface away from the patient's heart, said force-transmitting surface being three-dimensionally asymmetric, said force-transmitting surface comprising first and second surface sections having different force-transmitting areas, respectively, wherein said first and second surface sections being substantially coplanar, said force-transmitting surface including a third, generally T-shaped surface section bridging said first and second surface sections and comprising said elongated segment and a segment transverse to said elongated segment .
An incinerating toilet comprising: - a toilet unit comprising a toilet bowl , an incineration chamber and an ash tray , - a toilet casing having a toilet cover and sitting ring connected on top, the toilet casing being arranged such that it covers a front part, sides, and a top part of the toilet unit , and - a lifting device arranged for moving the toilet casing relative to the toilet unit , from a first position in which the toilet casing is covering the toilet unit , to a second position allowing access to the toilet unit in order to perform inspection, service and maintenance, characterized in that the lifting device comprises a spring-loaded device connected to the toilet casing and adapted to store mechanical energy in the first position, in order to provide a push or pull force when activated, for moving the toilet casing from the first position to the second position. - a toilet unit comprising a toilet bowl , an incineration chamber and an ash tray , - a toilet casing having a toilet cover and sitting ring connected on top, the toilet casing being arranged such that it covers a front part, sides, and a top part of the toilet unit , and - a lifting device arranged for moving the toilet casing relative to the toilet unit , from a first position in which the toilet casing is covering the toilet unit , to a second position allowing access to the toilet unit in order to perform inspection, service and maintenance,
A method for controlling a spin qubit quantum device , wherein the quantum device includes at least: - a semiconductor portion comprising an upper face , a lower face and side faces substantially perpendicular to the upper and lower faces ; - a dielectric layer on which the semiconductor portion is disposed such that the lower face of the semiconductor portion is disposed on the side of the dielectric layer ; - a front gate partially covering at least one upper ridge of the semiconductor portion formed at a junction between the upper face and a first of the side faces ; - a rear gate such that the dielectric layer is disposed between the rear gate and the semiconductor portion ; the method comprising, upon manipulating a spin state of the qubit of the quantum device : - exposing the quantum device to a magnetic field B, characterized by - applying, to the rear gate , an electric potential Vbg having a value such that Δ(Vbg) < g.μ B .B + 2|M SO |, and applying, to the front gate , an electric potential Vfg confining at least one electric charge under the upper ridge and an electric RF signal triggering a change in spin state of the qubit of the quantum device , with g corresponding to the Lande factor, μ B corresponding to the Bohr magneton, Δ corresponding to the valley-orbit splitting in the semiconductor portion , and M so the inter-valley spin-orbit coupling of the quantum device . - a semiconductor portion comprising an upper face , a lower face and side faces substantially perpendicular to the upper and lower faces ; - a dielectric layer on which the semiconductor portion is disposed such that the lower face of the semiconductor portion is disposed on the side of the dielectric layer ; - a front gate partially covering at least one upper ridge of the semiconductor portion formed at a junction between the upper face and a first of the side faces ; - a rear gate such that the dielectric layer is disposed between the rear gate and the semiconductor portion ; - exposing the quantum device to a magnetic field B, - applying, to the rear gate , an electric potential Vbg having a value such that Δ(Vbg) < g.μ B .B + 2|M SO |, and applying, to the front gate , an electric potential Vfg confining at least one electric charge under the upper ridge and an electric RF signal triggering a change in spin state of the qubit of the quantum device ,
A data structure of game data including a program file executed by a computer, the game data including a plurality of files that are each assigned one or a plurality of blocks and including metadata of each file , the data structure comprising: a correspondence file associating hash values of full path information of the files with information for identifying recording locations of the data blocks constituting the file. by using a smaller amount of data as compared with the amount of data of the full path information, the correspondence file thus providing a flat path table; and a collision file associating file names with information for identifying recording locations of files, for full path information whose hash values collide with each other. a correspondence file associating hash values of full path information of the files with information for identifying recording locations of the data blocks constituting the file. by using a smaller amount of data as compared with the amount of data of the full path information, the correspondence file thus providing a flat path table; and a collision file associating file names with information for identifying recording locations of files, for full path information whose hash values collide with each other.
A surgical instrument, comprising: an outer shaft ; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; a first selectively engageable clutch disposed along a distal portion of the rotatable drive shaft that is configured to transfer torque from the drive shaft to cause a first movement of the end effector ; and a second selectively engageable clutch disposed along a portion of the rotatable drive shaft that is proximal to the first clutch, the second clutch being configured to transfer torque from the drive shaft to cause a second movement of the end effector , wherein each clutch includes an electromagnet , characterized by each clutch further comprising a permanent magnet disposed around the rotatable drive shaft and configured to translate proximally and distally relative thereto. an outer shaft ; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; a first selectively engageable clutch disposed along a distal portion of the rotatable drive shaft that is configured to transfer torque from the drive shaft to cause a first movement of the end effector ; and a second selectively engageable clutch disposed along a portion of the rotatable drive shaft that is proximal to the first clutch, the second clutch being configured to transfer torque from the drive shaft to cause a second movement of the end effector , wherein each clutch includes an electromagnet , characterized by each clutch further comprising a permanent magnet disposed around the rotatable drive shaft and configured to translate proximally and distally relative thereto.
A container and a container engaging member, said container having a container body and an open neck , said open neck comprising a plurality of spaced, discontinuous tabs extending radially from said neck , said container engaging member comprising a seal member and a body having a neck engaging member , said neck engaging member comprising a plurality of spaced, discontinuous threads configured to engage with said spaced, discontinuous tabs upon relative rotation of said neck and said neck engaging member , wherein said seal member is positioned to engage said neck and compress upon relative rotation of said neck and said neck engaging member , characterized in that said container further comprises a circumferential flange extending radially outwardly from said neck , said flange comprising a plurality of spaced tabs , and in that said neck engaging member comprises a raised snap bead , a notch , and a raised stop member that cooperate with said tabs of said flange to create a snap fit engagement between said neck and said neck engaging member upon further relative rotation in the same direction which causes the tab to ride over the snap bead and drop into notch . said container having a container body and an open neck , said open neck comprising a plurality of spaced, discontinuous tabs extending radially from said neck , said container engaging member comprising a seal member and a body having a neck engaging member , said neck engaging member comprising a plurality of spaced, discontinuous threads configured to engage with said spaced, discontinuous tabs upon relative rotation of said neck and said neck engaging member , wherein said seal member is positioned to engage said neck and compress upon relative rotation of said neck and said neck engaging member , characterized in that said container further comprises a circumferential flange extending radially outwardly from said neck , said flange comprising a plurality of spaced tabs , and in that said neck engaging member comprises a raised snap bead , a notch , and a raised stop member that cooperate with said tabs of said flange to create a snap fit engagement between said neck and said neck engaging member upon further relative rotation in the same direction which causes the tab to ride over the snap bead and drop into notch .