mhurhangee/ep-ind-claims huggingface dataset:
Door seal with liftable and retractable seal strip, - having an actuator (1, 2), into which can be conducted a force for actuating a retracting movement and/or a lifting movement, wherein the actuator (1, 2) has at least one stop surface which the actuator (1, 2) can strike for actuating the seal strip on a countersurface, in order to be displaced in a longitudinal direction of the door seal, - having a mechanism with which the force conducted into the actuator (1, 2) can be transformed into the retracting movement and/or the lifting movement of the seal strip, wherein the actuator (1, 2) can be converted between - a first embodiment, in which a first stop surface is domed to the outside, and - a second embodiment (1, 2), in which the actuator has a latch-like slope which has a second stop surface, and characterised in that - the actuator (1, 2) is two-part and has a first part, domed to the outside with the first stop surface as well as a latch-like sloped second part with the second stop surface, and that either - the first part of the actuator (1, 2) can be mounted on the second part and either is mounted on the second part such that the first stop surface covers the second stop surface, or the first part is not mounted on the second part, such that the second stop surface is accessible, or the second part of the actuator (1, 2) can be mounted on the first part and either is mounted on the first part such that the second stop surface covers the first stop surface, or the second part is not mounted on the first part, such that the first stop surface is accessible. - having an actuator (1, 2), into which can be conducted a force for actuating a retracting movement and/or a lifting movement, wherein the actuator (1, 2) has at least one stop surface which the actuator (1, 2) can strike for actuating the seal strip on a countersurface, in order to be displaced in a longitudinal direction of the door seal, - having a mechanism with which the force conducted into the actuator (1, 2) can be transformed into the retracting movement and/or the lifting movement of the seal strip, - a first embodiment, in which a first stop surface is domed to the outside, and - a second embodiment (1, 2), in which the actuator has a latch-like slope which has a second stop surface, and - the actuator (1, 2) is two-part and has a first part, domed to the outside with the first stop surface as well as a latch-like sloped second part with the second stop surface, and that either - the first part of the actuator (1, 2) can be mounted on the second part and either is mounted on the second part such that the first stop surface covers the second stop surface, or the first part is not mounted on the second part, such that the second stop surface is accessible,
A vibration-damping device comprising: an outer cylinder connected to one of a vibration generation portion and a vibration reception portion, an inner member connected to the other of the vibration generation portion and the vibration reception portion; an elastic body which connects together the outer cylinder and the inner member; and a partition member configured to partition a liquid chamber in the outer cylinder into a main liquid chamber with the elastic body as a part of a partition wall and an auxiliary liquid chamber, an orifice passage through which the main liquid chamber communicates with the auxiliary liquid chamber being formed in the partition member, wherein the vibration-damping device comprises: an intermediate cylinder disposed between the outer cylinder and the inner member and connected to the elastic body; and a dividing member which is connected to the intermediate cylinder and divides the main liquid chamber into a first main liquid chamber having an inner portion of the elastic body located radially inward of the intermediate cylinder as a part of the partition wall and a second main liquid chamber having an outer portion of the elastic body located radially outward of the intermediate cylinder as a part of the partition wall, the inner member is disposed radially inward of the intermediate cylinder, characterised in that the dividing member includes a dividing member main body in which an accommodation chamber, a first communication hole through which the accommodation chamber communicates with the first main liquid chamber, and a second communication hole through which the accommodation chamber communicates with the second main liquid chamber are formed, and a movable member which is accommodated in the accommodation chamber and is displaced or deformed in accordance with a pressure difference between the first main liquid chamber and the second main liquid chamber, and the dividing member main body blocks one end opening portion of the intermediate cylinder located in the main liquid chamber.
Method for the reconstruction of an image data set from projection images of an examination object recorded at different projection directions with a computed tomography apparatus, wherein the computed tomography apparatus has a nominal field of view which is acquired from all projection directions in the respective projection images, and wherein the examination object and/or an additional object associated with the examination object, in particular, with its positioning, extends partially out of the nominal field of view into an extended field of view, wherein for the reconstruction of the image data set - an item of contour information describing the contour of the examination object and/or of the additional object is established, - the projection data of the projection images is enhanced on the basis of the contour information by means of forward projection in regions in which the examination object and/or the additional object was not acquired in the projection data of a projection image, and - the reconstruction takes place on the basis of the enhanced projection data, wherein, from sensor data of at least one camera acquiring the examination object positioned for recording the projection images and/or the additional object, an item of sensor information at least partially describing the contour of the examination object and/or of the additional object is established and is used for establishing the contour information, characterised in that, firstly through reconstruction of a provisional reconstruction data set from the original projection images for the extended field of view and threshold value formation, an item of preliminary information provisionally describing at least the contour of the examination object and/or of the additional object is established, said preliminary information being adapted on the basis of the sensor information. - an item of contour information describing the contour of the examination object and/or of the additional object is established, - the projection data of the projection images is enhanced on the basis of the contour information by means of forward projection in regions in which the examination object and/or the additional object was not acquired in the projection data of a projection image, and - the reconstruction takes place on the basis of the enhanced projection data, wherein, from sensor data of at least one camera acquiring the examination object positioned for recording the projection images and/or the additional object, an item of sensor information at least partially describing the contour of the examination object and/or of the additional object is established and is used for establishing the contour information, characterised in that, firstly through reconstruction of a provisional reconstruction data set from the original projection images for the extended field of view and threshold value formation, an item of preliminary information provisionally describing at least the contour of the examination object and/or of the additional object is established, said preliminary information being adapted on the basis of the sensor information.
A method for generating on-device content items to improve security, privacy, and network resource utilization, comprising: accessing, by a client device including one or more processors and a memory, a plurality of content resources and a plurality of category information from a data structure in the memory of the client device; generating, by the client device, a plurality of on-device content items based on the plurality of content resources and the plurality of category information; receiving, by the client device, from an application executing on the client device, an indication to display a content item; scanning, by the client device, device context information to create a relevant device context; selecting, by the client device, a relevant on-device content item from the plurality of on-device content items based on the relevant device context; and providing, by the client device, the relevant on-device content item to the application for display on the client device; wherein generating the plurality of on-device content items further comprises: providing, by the client device, the plurality of content resources and the plurality of category information to a content generation model executing on the client device; and receiving, by the client device, the plurality of on-device content items from an output of the content generation model. accessing, by a client device including one or more processors and a memory, a plurality of content resources and a plurality of category information from a data structure in the memory of the client device; generating, by the client device, a plurality of on-device content items based on the plurality of content resources and the plurality of category information; receiving, by the client device, from an application executing on the client device, an indication to display a content item; scanning, by the client device, device context information to create a relevant device context; selecting, by the client device, a relevant on-device content item from the plurality of on-device content items based on the relevant device context; and providing, by the client device, the relevant on-device content item to the application for display on the client device; wherein generating the plurality of on-device content items further comprises: providing, by the client device, the plurality of content resources and the plurality of category information to a content generation model executing on the client device; and receiving, by the client device, the plurality of on-device content items from an output of the content generation model. providing, by the client device, the plurality of content resources and the plurality of category information to a content generation model executing on the client device; and receiving, by the client device, the plurality of on-device content items from an output of the content generation model.
Reciprocating-piston compressor having a piston which is driven by means of a slider-crank mechanism and having a piston which is movable in reciprocating fashion in a cylinder and which is sealed off with respect to the cylinder wall, wherein the slider-crank mechanism has a crank wheel which is arranged on a crankshaft and which has an eccentric crankpin, and also a connecting rod which is arranged between the piston and the crankpin, wherein the piston or piston crown is arranged so as to be static and perpendicular with respect to the connecting-rod axis, wherein the piston and/or the cylinder are/is designed such that the sickle-shaped gaps (11, 12) that arise between piston edge and cylinder wall during the respective stroke movement owing to the relative inclination between piston axis and cylinder axis can be sealed off, wherein the piston as an overall assembly with a piston seal has an oval-elliptical shape which deviates from the circular shape, characterized in that the piston is a circular shape and the piston seal is ring-shaped and has a varying thickness, in which the thickness maximum is arranged and designed such that the sickle-shaped gaps (11, 12) can be compensated, with the result that an elastic seal between piston and cylinder wall is effected during the entire stroke movement and at the dead centres.
A portable load lifting system, comprising: a movable support structure; a load lifting mechanism secured to said movable support structure comprising a winch including a motor driven reel mechanism for reeling first and second lifting straps or cables that are secured to first and second end effectors; wherein a gripping element is provided on the inside surface of the first and second end effectors for gripping the load, and first and second handles attached to an outside surface of said first and second end effectors, wherein said straps or cables when driven by said winch lift a load contacted by said first and second end effectors. a movable support structure; a load lifting mechanism secured to said movable support structure comprising a winch including a motor driven reel mechanism for reeling first and second lifting straps or cables that are secured to first and second end effectors; wherein a gripping element is provided on the inside surface of the first and second end effectors for gripping the load, and first and second handles attached to an outside surface of said first and second end effectors, wherein said straps or cables when driven by said winch lift a load contacted by said first and second end effectors.
A composite material container for containing a pressurised fluid, the container comprising a tubular member, two tips (11, 13; 111) respectively inserted into the ends of the tubular member, and a circumferential layer formed of resin-impregnated and wound fibres, the circumferential layer surrounding the tubular member and the tips, a section at least of each of the tips (11, 13; 111) having a shape which becomes thinner towards the outside, and the wall of the tubular member has a narrowing at each of its ends, such that, at each end, the wall comes to be placed against the surface of the section which becomes thinner; the tubular member comprising a plastic tube and a longitudinal layer, the plastic tube being coated with the longitudinal layer and this layer being formed essentially of fibres arranged in parallel in a resin matrix, the parallel fibres being oriented in the direction of the longitudinal axis of the plastic tube; the wound fibres of the circumferential layer being wound circumferentially, in parallel with each other, around the tubular member and the tips (11, 13).
A QD material, comprising: a number of N QD structural units arranged sequentially along a radial direction of the QD material, where N ≥ 1, wherein each QD structural unit has a gradient alloy composition structure with an energy level width gradually increasing along the radial direction from a center of the QD material to a surface of the QD material; and energy level widths of adjacent QD structural units are continuous, and the QD structural unit includes 2-20 monatomic layers, or 1-10 unit-cell layers, wherein: the gradient alloy composition structure includes Cd and Zn as Group II elements and S and Se as Group VI elements; an alloy composition of the QD structural unit is Cd x Zn 1-x Se y S 1-y, where 0 ≤ x ≤ 1, 0 ≤ y ≤ 1, and x and y are not 0 or 1 at a same time; in the QD structural unit, an alloy composition at point A is Cd x A Zn 1-x A Se y A S 1-y A, and an alloy composition at point B is Cd x B Zn 1-x B Se y B S 1-y B, wherein point A is closer to the center of the QD material than point B, and the alloy composition at point A and the alloy composition at point B satisfy x A > x B, y A > y B; and the QD material is based on CdZnSe/CdZnSe or CdSeS/ZnSeS. a number of N QD structural units arranged sequentially along a radial direction of the QD material, where N ≥ 1, wherein each QD structural unit has a gradient alloy composition structure with an energy level width gradually increasing along the radial direction from a center of the QD material to a surface of the QD material; and energy level widths of adjacent QD structural units are continuous, and the QD structural unit includes 2-20 monatomic layers, or 1-10 unit-cell layers, wherein: the gradient alloy composition structure includes Cd and Zn as Group II elements and S and Se as Group VI elements; an alloy composition of the QD structural unit is Cd x Zn 1-x Se y S 1-y, where 0 ≤ x ≤ 1, 0 ≤ y ≤ 1, and x and y are not 0 or 1 at a same time; in the QD structural unit, an alloy composition at point A is Cd x A Zn 1-x A Se y A S 1-y A, and an alloy composition at point B is Cd x B Zn 1-x B Se y B S 1-y B, wherein point A is closer to the center of the QD material than point B, and the alloy composition at point A and the alloy composition at point B satisfy x A > x B, y A > y B; and the QD material is based on CdZnSe/CdZnSe or CdSeS/ZnSeS. the gradient alloy composition structure includes Cd and Zn as Group II elements and S and Se as Group VI elements; an alloy composition of the QD structural unit is Cd x Zn 1-x Se y S 1-y, where 0 ≤ x ≤ 1, 0 ≤ y ≤ 1, and x and y are not 0 or 1 at a same time; in the QD structural unit, an alloy composition at point A is Cd x A Zn 1-x A Se y A S 1-y A, and an alloy composition at point B is Cd x B Zn 1-x B Se y B S 1-y B, wherein point A is closer to the center of the QD material than point B, and the alloy composition at point A and the alloy composition at point B satisfy x A > x B, y A > y B; and the QD material is based on CdZnSe/CdZnSe or CdSeS/ZnSeS.
A substituted indole derivative of Formula, wherein: R1 represents hydrogen; R2 represents hydrogen; R3 represents the substituted imidazol-5-yl of Formula wherein: X represents hydrogen, C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, C 2 -C 4 alkenyl, C 1 -C 4 alkoxy, methoxy-C 1 -C 4 alkyl, C 6 -C 10 aryl, or C 6 -C 10 aryl-C 1 -C 4 alkyl; and Z represents hydrogen; R4 represents hydrogen, bromine, or methoxy; R5 represents hydrogen, halogen, methyl, hydroxy, methoxy, benzyloxy, cyano, or amido; R6 represents hydrogen or bromine; R7 represents hydrogen, fluorine, or methyl; wherein the halogen is selected from fluorine, chlorine, bromine, and iodine; or its stereoisomers, mixtures of stereoisomers in any proportions, tautomers, solvates including hydrates, or pharmaceutically acceptable salts thereof, for use in the treatment of a disease or disorder selected from Rett syndrome, Fragile X syndrome, mood disorders including depression, anxiety, sleep disorders, gut disorders, pain, schizophrenia, inflammatory processes in the CNS, dementia, Alzheimer's disease, autistic disorder and other neuropsychiatric disorders. R1 represents hydrogen; R2 represents hydrogen; R3 represents the substituted imidazol-5-yl of Formula wherein: X represents hydrogen, C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, C 2 -C 4 alkenyl, C 1 -C 4 alkoxy, methoxy-C 1 -C 4 alkyl, C 6 -C 10 aryl, or C 6 -C 10 aryl-C 1 -C 4 alkyl; and Z represents hydrogen; X represents hydrogen, C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, C 2 -C 4 alkenyl, C 1 -C 4 alkoxy, methoxy-C 1 -C 4 alkyl, C 6 -C 10 aryl, or C 6 -C 10 aryl-C 1 -C 4 alkyl; and Z represents hydrogen; R4 represents hydrogen, bromine, or methoxy; R5 represents hydrogen, halogen, methyl, hydroxy, methoxy, benzyloxy, cyano, or amido; R6 represents hydrogen or bromine; R7 represents hydrogen, fluorine, or methyl;
A method performed at a base station providing radio coverage within a cell of a cellular wireless communication network, said method comprising: prior to scheduling cellular traffic within a frequency band used by at least one access point located within said cell and supporting non-cellular wireless communication, determining an indication of operational characteristics of said at least one access point within said cell; assessing, based on a comparison of said determined operational characteristics of said at least one access point within said cell with operational characteristics of said base station providing said radio coverage within said cell, a proportion of time that said frequency band may be used by said base station; scheduling transmission of said cellular traffic in said frequency band in accordance with said assessed proportion of time, characterised by: calculating, from said determined operational characteristics of said at least one access point within said cell, an indication of proximity of said at least one access point to said base station; and scheduling uplink cellular traffic in said frequency band from user equipment assessed to be closer to said base station than said calculated indication of proximity. prior to scheduling cellular traffic within a frequency band used by at least one access point located within said cell and supporting non-cellular wireless communication, determining an indication of operational characteristics of said at least one access point within said cell; assessing, based on a comparison of said determined operational characteristics of said at least one access point within said cell with operational characteristics of said base station providing said radio coverage within said cell, a proportion of time that said frequency band may be used by said base station; scheduling transmission of said cellular traffic in said frequency band in accordance with said assessed proportion of time, characterised by: calculating, from said determined operational characteristics of said at least one access point within said cell, an indication of proximity of said at least one access point to said base station; and scheduling uplink cellular traffic in said frequency band from user equipment assessed to be closer to said base station than said calculated indication of proximity. calculating, from said determined operational characteristics of said at least one access point within said cell, an indication of proximity of said at least one access point to said base station; and scheduling uplink cellular traffic in said frequency band from user equipment assessed to be closer to said base station than said calculated indication of proximity.
Method for determining a position of a motor vehicle in a car park environment, wherein the motor vehicle follows a firmly prescribed route in the car park environment, by - detecting a distance of the motor vehicle from a first fixed point in the car park environment by means of a sensor of the car park environment, - determining the position of the motor vehicle in the car park environment from the prescribed route and a distance of the motor vehicle from the first fixed point, characterized in that the car park environment has a first road marking for the prescribed route, which the motor vehicle follows. - detecting a distance of the motor vehicle from a first fixed point in the car park environment by means of a sensor of the car park environment, - determining the position of the motor vehicle in the car park environment from the prescribed route and a distance of the motor vehicle from the first fixed point, characterized in that the car park environment has a first road marking for the prescribed route, which the motor vehicle follows.
A cellobiohydrolase variant, which has at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to SEQ ID NO: 2, wherein said variant comprises a substitution at one or more positions corresponding to positions 112, 154, 197, 228, 261, 306, and 375 of SEQ ID NO: 2, and wherein the variant has cellobiohydrolase activity with an increased thermostability compared to the parent cellobiohydrolase and comprises one or more substitutions selected from the group consisting of Y112H, V154M, S197Y, I228V, I261L, S306A, and G375E.