mhurhangee/ep-ind-claims huggingface dataset:
A gear wheel (10; 110) comprising precisely two teeth (10a, 10b), wherein - the gear wheel (10; 110) is mounted rotatably about a gear wheel axis and - in a sectional plane, which is arranged orthogonally to the gear wheel axis, has a cross-sectional surface, - which is intersected in its geometric center by the gear wheel axis, and - which has in the region of both teeth (10a, 10b) its maximum extension (d max) through the geometric center and which, offset in the circumferential direction with respect to the direction of maximum extension, has its minimum extension (d min), characterized in that - an outer contour of the cross-sectional surface is formed convexly over the entire circumference. - the gear wheel (10; 110) is mounted rotatably about a gear wheel axis and - in a sectional plane, which is arranged orthogonally to the gear wheel axis, has a cross-sectional surface, - which is intersected in its geometric center by the gear wheel axis, and - which has in the region of both teeth (10a, 10b) its maximum extension (d max) through the geometric center and which, offset in the circumferential direction with respect to the direction of maximum extension, has its minimum extension (d min), characterized in that - which is intersected in its geometric center by the gear wheel axis, and - which has in the region of both teeth (10a, 10b) its maximum extension (d max) through the geometric center and which, offset in the circumferential direction with respect to the direction of maximum extension, has its minimum extension (d min), - an outer contour of the cross-sectional surface is formed convexly over the entire circumference.
A manufacturing method of a hot-rolled steel sheet, wherein cooling water is sprayed at an inside of a final stand on a lower process side of the final stand in a row of hot finishing mills, to rapidly cool a rolled material; a surface temperature of the rolled material is measured on an entry side of the final stand, to obtain an entry-side surface temperature; characterized in that a prescribed entry-side target surface temperature and the measured entry-side surface temperature are compared; and a command is sent to at least one of a coilbox, rough bar heater, descaler, and between-stand cooling device such that the measured entry-side surface temperature becomes the entry-side target surface temperature.
A motorised two-wheeled vehicle comprising an assembly with a storage compartment which has a closable lid on which a locking mechanism acts, which mechanism can be moved into a locking position and into an opening position and which in the locking position prevents opening of the lid, and with an electric motor which is connected to the locking mechanism so that it can move the latter into the opening position, in which the lid is released, wherein the electric motor is connected to a control unit which actuates the electric motor in response to an input signal, characterised in that the control unit is coupled with a lock which can permanently block the locking mechanism, wherein by turning a key in the lock into a particular position a signal is transmitted to the control unit which indicates whether the input signal for activating the electric motor should be blocked or executed by the control unit.
A composition, comprising a recombinant polymerase that comprises an amino acid sequence that is at least 90% identical to SEQ ID NO:2 or a biologically active fragment thereof, and wherein the recombinant polymerase includes N487R, D264A, and E493R and further includes H273N and H281M, wherein the numbering is relative to SEQ ID NO: 34, and wherein the recombinant polymerase retains polymerase activity.
Braking device for a rotary shaft comprising at least one actuating unit, a pressure plate, a friction disc and a mounting flange, the pressure plate being biased, at rest, by the actuating unit, against the friction disc and, when the actuating unit is activated, the pressure plate is moved towards the actuating unit, the braking device for a rotary shaft defining an axis of symmetry X, the braking device also comprising a manual unlocking system for axially moving the pressure plate away from the friction disc in the absence of activation of the actuating unit, this manual unlocking system comprising two fixed pivots (31, 32; 32a), the manual unlocking system also comprising a free pivot linked to the two fixed pivots (31, 32; 32a) by two tie members (11, 21; 12, 22; 13, 23; 14, 24; 15, 445; 16, 455), one of the two tie members referred to as leading tie member (21; 22; 23; 24; 445; 455) being biased to move pivotally by a manually actuated lever (41; 42; 43; 44; 45), the other tie member referred to as led tie member (11; 12; 13; 14; 15; 16) being driven to move pivotally by the leading tie member (21; 22; 23; 24; 445; 455), a- the manual unlocking system acting on the pressure plate in a manner that is balanced and centered on the axis of symmetry X characterized in that the two fixed pivots (31, 32; 32a) are respectively fixed to two members of the braking device which are movable in relation to each other one of which is the pressure plate and in that b- the angle α formed by the three pivots (31, 32; 32a, 33) at the pivot placed between the two others is greater than 120°, advantageously greater than 150°, and preferably greater than 170°, c- the pivotal movement of the manually actuated lever (41; 42; 43; 44; 45), starting from the resting position, tends to align the three pivots (31, 32; 32a, 33) by increasing the angle α which tends to become flat. a- the manual unlocking system acting on the pressure plate in a manner that is balanced and centered on the axis of symmetry X characterized in that the two fixed pivots (31, 32; 32a) are respectively fixed to two members of the braking device which are movable in relation to each other one of which is the pressure plate and in that b- the angle α formed by the three pivots (31, 32; 32a, 33) at the pivot placed between the two others is greater than 120°, advantageously greater than 150°, and preferably greater than 170°, c- the pivotal movement of the manually actuated lever (41; 42; 43; 44; 45), starting from the resting position, tends to align the three pivots (31, 32; 32a, 33) by increasing the angle α which tends to become flat.
Joint yoke for a suspension link or a rear-axle steering system for connection to a joint, having two approximately, preferably precisely, parallel sidepieces (2a, 3) with sidepiece surfaces (F1, F2), having a crosspiece, which connects the sidepieces (2a, 3) to one another, and having a fastening bore, which is arranged in the crosspiece and has a longitudinal axis (a), wherein the sidepiece surfaces (F1, F2) form an angle of inclination α with the longitudinal axis (a), and in that the angle of inclination α ranges from 20° to 70°, and is preferably 30°, characterized in that the joint yoke is formed in two parts and one sidepiece is designed in the form of a separate component.
A filtration system (30-1, 30-2, 30-3) for a gas turbine engine package (ENG1, ENG2, ENG3) comprising: an inlet main body comprising an inner inlet fairing section and a bellmouth inlet faring section transverse thereto, said inner inlet fairing section defines a shaft projection portion directed along an axis to extend toward an inner perimeter of said bellmouth inlet faring section and being of a teardrop shape; and an Engine Air Particle Separator (EAPS) adjacent said inlet main body to define a plenum therein, the Engine Air Particle Separator discharging dirty particulate laden air overboard through a scavenge system powered by an electric blower and supporting a plurality of individual centrifugal separator inertial separator swirl tubes, which communicate cleaned air into the plenum defined by the Engine Air Particle Separator, while the particulate is separated into the scavenge system, characterized in that the plenum is defined by an inner skin and an outer skin of the Engine Air Particle Separator, the scavenge system being located between the outer skin and the inner skin, wherein the inertial separator swirl tubes extend between the outer skin and the inner skin,wherein the bellmouth inlet faring section is formed at least partially within the Engine Air Particle Separator, such that a smooth annular airflow formed by the bellmouth inlet fairing section formed at least partially within the Engine Air Particle Separator may be provided to a completely annular intake of a gas turbine engine package (ENG1, ENG2, ENG3). an inlet main body comprising an inner inlet fairing section and a bellmouth inlet faring section transverse thereto, said inner inlet fairing section defines a shaft projection portion directed along an axis to extend toward an inner perimeter of said bellmouth inlet faring section and being of a teardrop shape; and an Engine Air Particle Separator (EAPS) adjacent said inlet main body to define a plenum therein, the Engine Air Particle Separator discharging dirty particulate laden air overboard through a scavenge system powered by an electric blower and supporting a plurality of individual centrifugal separator inertial separator swirl tubes, which communicate cleaned air into the plenum defined by the Engine Air Particle Separator, while the particulate is separated into the scavenge system, characterized in that the plenum is defined by an inner skin and an outer skin of the Engine Air Particle Separator, the scavenge system being located between the outer skin and the inner skin, wherein the inertial separator swirl tubes extend between the outer skin and the inner skin,wherein the bellmouth inlet faring section is formed at least partially within the Engine Air Particle Separator, such that a smooth annular airflow formed by the bellmouth inlet fairing section formed at least partially within the Engine Air Particle Separator may be provided to a completely annular intake of a gas turbine engine package (ENG1, ENG2, ENG3).
Method for manufacturing a bipolar punch-through semiconductor device having at least a two-layer structure with layers of a first and a second conductivity type, which second conductivity type is different from the first conductivity type, wherein for the creation of the semiconductor device the following steps are performed: (a) a wafer is provided, which has a first side and a second side and a wafer thickness, wherein on the first side a high-doped layer of the first conductivity type is arranged, which has a constant high doping concentration, (b) a low-doped layer of the first conductivity type is created by epitaxial growth on the first side, (c) afterwards a diffusion step is performed, by which a diffused inter-space region is created, which comprises parts of the high-doped layer and the low-doped layer, which parts are arranged adjacent to each other, which inter-space region has a doping concentration, which is higher than the doping concentration of the low-doped layer and lower than the doping concentration of the high-doped layer, wherein the remaining part of the low-doped layer forms a drift layer, (d) afterwards at least one layer of the second conductivity type is created on the first side, (e) afterwards the wafer thickness is reduced on the second side within the high-doped layer, so that a buffer layer is created, which comprises the inter-space region and the remaining part of the high-doped layer, which forms a high-doped region, wherein the doping profile of the buffer layer decreases steadily from the doping concentration of the high-doped region to the doping concentration of the drift layer. (a) a wafer is provided, which has a first side and a second side and a wafer thickness, wherein on the first side a high-doped layer of the first conductivity type is arranged, which has a constant high doping concentration, (b) a low-doped layer of the first conductivity type is created by epitaxial growth on the first side, (c) afterwards a diffusion step is performed, by which a diffused inter-space region is created, which comprises parts of the high-doped layer and the low-doped layer, which parts are arranged adjacent to each other, which inter-space region has a doping concentration, which is higher than the doping concentration of the low-doped layer and lower than the doping concentration of the high-doped layer, wherein the remaining part of the low-doped layer forms a drift layer, (d) afterwards at least one layer of the second conductivity type is created on the first side, (e) afterwards the wafer thickness is reduced on the second side within the high-doped layer, so that a buffer layer is created, which comprises the inter-space region and the remaining part of the high-doped layer, which forms a high-doped region, wherein the doping profile of the buffer layer decreases steadily from the doping concentration of the high-doped region to the doping concentration of the drift layer.
A method for wireless communications at a user equipment, LTE, the method comprising: establishing a communication link with a base station, wherein the UE is configured to transmit sounding reference signals for the communication link; transmitting, to the base station, an indication of a partial reciprocity capability of the LTE based at least in part on establishing the communication link; determining antenna cross-correlation information for a first subset of antenna elements of the UE; and transmitting (1320, 1325), to the base station, a sounding reference signal for a second subset of the antenna elements of the LTE in accordance with the spatial partial reciprocity capability and an indication of the antenna cross-correlation information for the first subset of antenna elements of the UE, the indication of the antenna cross-correlation information transmitted on a per band or per band per band combination basis and including one or more correlation parameters, an indication of an antenna correlation model, or both. establishing a communication link with a base station, wherein the UE is configured to transmit sounding reference signals for the communication link; transmitting, to the base station, an indication of a partial reciprocity capability of the LTE based at least in part on establishing the communication link; determining antenna cross-correlation information for a first subset of antenna elements of the UE; and transmitting (1320, 1325), to the base station, a sounding reference signal for a second subset of the antenna elements of the LTE in accordance with the spatial partial reciprocity capability and an indication of the antenna cross-correlation information for the first subset of antenna elements of the UE, the indication of the antenna cross-correlation information transmitted on a per band or per band per band combination basis and including one or more correlation parameters, an indication of an antenna correlation model, or both.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving configuration information comprising information regarding a reference positioning reference signal, PRS, resource among a plurality of PRS resources related to a plurality of beams; determining, by the UE, a first PRS resource as a reference signal time difference, RSTD, measurement reference; performing a RSTD measurement based on the first PRS resource determined as the RSTD measurement reference; and reporting a result of the RSTD measurement, when the first PRS resource determined by the UE being different from the reference PRS resource in the received configuration information, the UE is configured to report the first PRS resource determined as the RSTD measurement reference, along with the result of the RSTD measurement. receiving configuration information comprising information regarding a reference positioning reference signal, PRS, resource among a plurality of PRS resources related to a plurality of beams; determining, by the UE, a first PRS resource as a reference signal time difference, RSTD, measurement reference; performing a RSTD measurement based on the first PRS resource determined as the RSTD measurement reference; and reporting a result of the RSTD measurement, when the first PRS resource determined by the UE being different from the reference PRS resource in the received configuration information, the UE is configured to report the first PRS resource determined as the RSTD measurement reference, along with the result of the RSTD measurement.
A compound of formula wherein R 1 is selected from i) fluoro, and ii) chloro; R 2 is selected from i) H, and ii) fluoro; R 3 is C 1-6 -alkyl; R 4 is C 1-6 -alkyl; or R 3 and R 4 together with the nitrogen atom to which they are attached form an heterocycloalkyl optionally substituted with R 5; and R 5 is selected from i) hydroxy, and ii) hydrox-C 1-6 -alkyl; or a pharmaceutically acceptable salt thereof. R 1 is selected from i) fluoro, and ii) chloro; i) fluoro, and ii) chloro; R 2 is selected from i) H, and ii) fluoro; i) H, and ii) fluoro; R 3 is C 1-6 -alkyl; R 4 is C 1-6 -alkyl; or R 3 and R 4 together with the nitrogen atom to which they are attached form an heterocycloalkyl optionally substituted with R 5; and R 5 is selected from i) hydroxy, and ii) hydrox-C 1-6 -alkyl; i) hydroxy, and ii) hydrox-C 1-6 -alkyl; or a pharmaceutically acceptable salt thereof.
High voltage distribution system comprising a support element with a plurality of retaining devices which can be arranged on the support element and a plurality of fuse elements which can be arranged on the retaining devices, with at least one conductor assembly arranged on each fuse element, the retaining devices each having an upper part and a lower part which, in a direction of a longitudinal axis of the fuse elements, are configured such that they can be divided at least into a first subelement (211; 221) and a second subelement (212; 222), characterized in that the upper parts of the retaining devices have recesses for the conductor assemblies which are adapted to the respective position of the conductor assembly such that the upper parts for a conductor assembly which can be connected to a positive busbar differ from the upper parts for a conductor assembly which can be connected to a negative busbar.
Packaging container comprising: - a top part comprising a pouring spout for pouring the contents of the container; - a tubular body part comprising an upper end and a lower end, the upper end being joined together with the top part along a circumferential edge of the upper end of the body part, the body part further comprising a first group of crease lines extending from a lower end of the body part towards its upper end, the first group of crease lines delimiting a surface between them, wherein the top part of the packaging container further comprising a recessed portion and where the recessed portion and the first group of crease lines visually form one surface, wherein the one surface near the interface area between the first group of crease lines and the recessed portion of the top part provides gripping support for one or more fingers of a hand, when the packaging container is held by the hand and the remaining fingers during pouring the contents from the packaging container, characterized in that the first group of crease lines start at a common point near or at the lower end of the body part. - a top part comprising a pouring spout for pouring the contents of the container; - a tubular body part comprising an upper end and a lower end, the upper end being joined together with the top part along a circumferential edge of the upper end of the body part, the body part further comprising a first group of crease lines extending from a lower end of the body part towards its upper end, the first group of crease lines delimiting a surface between them, wherein the top part of the packaging container further comprising a recessed portion and where the recessed portion and the first group of crease lines visually form one surface, wherein the one surface near the interface area between the first group of crease lines and the recessed portion of the top part provides gripping support for one or more fingers of a hand, when the packaging container is held by the hand and the remaining fingers during pouring the contents from the packaging container, characterized in that the first group of crease lines start at a common point near or at the lower end of the body part.
Synchronization mechanism for a correlated seat-backrest movement of an office chair, comprising a base support that can be placed on a chair column, a seat support and a backrest support, wherein the backrest support is pivotably connected to the base support, defining the main axis of rotation of the synchronization mechanism as a result, comprising a coupling device having a first coupling element, operatively connected to the backrest support, and a second coupling element, operatively connected to the base support, wherein the first coupling element and the second coupling element are connected to each other in an articulated manner at a connecting point, wherein the first coupling element is articulated to the backrest support at a distance from the connecting point and, in a pivoting movement of the backrest support occurring from a non-pivoted basic position into a position pivoted rearward, as viewed in the seat longitudinal direction, pulls the connecting point of the two coupling elements (21, 22) forward, as viewed in the seat longitudinal direction, and wherein the second coupling element is supported by an adjustment end at a distance from the connecting point on a support point of the base support, and comprising a spring assembly for defining the pivoting resistance of the backrest support, wherein the spring assembly has at least one spring element, wherein the spring element has a stationary end and a free end, wherein the free end acts on the connecting point of the coupling device, characterized by an adjustment mechanism for setting the spring force of the at least one spring element, wherein the adjustment mechanism has a web element attached movably to the base support, on which element the support point is located. comprising a coupling device having a first coupling element, operatively connected to the backrest support, and a second coupling element, operatively connected to the base support, wherein the first coupling element and the second coupling element are connected to each other in an articulated manner at a connecting point, wherein the first coupling element is articulated to the backrest support at a distance from the connecting point and, in a pivoting movement of the backrest support occurring from a non-pivoted basic position into a position pivoted rearward, as viewed in the seat longitudinal direction, pulls the connecting point of the two coupling elements (21, 22) forward, as viewed in the seat longitudinal direction, and wherein the second coupling element is supported by an adjustment end at a distance from the connecting point on a support point of the base support, and comprising a spring assembly for defining the pivoting resistance of the backrest support, wherein the spring assembly has at least one spring element, wherein the spring element has a stationary end and a free end, wherein the free end acts on the connecting point of the coupling device, characterized by an adjustment mechanism for setting the spring force of the at least one spring element, wherein the adjustment mechanism has a web element attached movably to the base support, on which element the support point is located.