mhurhangee/patent-ind-claim-en huggingface dataset:
An adiabatic logic cell (100; 300; 400; 600; 800), comprising: - a first fixed-capacitance capacitor (CMIN) connected between an application node (a1) for applying a variable periodic supply voltage (φn) of the cell and a floating node (s1) for providing an output logic signal (VOUT) of the cell; and - connected in parallel with the first capacitor (CMIN), an association in series of a second fixed-capacitance capacitor (CMAX1) and a first variable-resistance element (R1), the first variable-resistance element (R1) comprising a control electrode (G) connected to an application node (e1) for applying a first input logic signal (VIN1) of the cell. - a first fixed-capacitance capacitor (CMIN) connected between an application node (a1) for applying a variable periodic supply voltage (φn) of the cell and a floating node (s1) for providing an output logic signal (VOUT) of the cell; and - connected in parallel with the first capacitor (CMIN), an association in series of a second fixed-capacitance capacitor (CMAX1) and a first variable-resistance element (R1), the first variable-resistance element (R1) comprising a control electrode (G) connected to an application node (e1) for applying a first input logic signal (VIN1) of the cell.
A method for spatial static map construction, adapted for an electronic device with a processor, wherein the method comprises steps as follows: scanning (S201) a three-dimensional space with a LiDAR sensor to generate a LiDAR frame comprising a plurality of points in the three-dimensional space in a time sequence; for each of the points in the LiDAR frame, finding (S202) a corresponding point closest to the point of the LiDAR frame from a static map built according to the three-dimensional space and calculating a distance between the point and the corresponding point, wherein the point is labelled as a dynamic point if the distance is greater than a predetermined threshold, and the point is labelled as a static point if the distance is not greater than the predetermined threshold; comparing (S203) each of the dynamic points labelled in the LiDAR frame with a plurality of points in N LiDAR frames generated before the time sequence, wherein if it is determined that the N LiDAR frames comprise the dynamic point, the dynamic point is corrected as the static point, where N is a positive integer; and removing (S204) the dynamic point in the LiDAR frame and updating each of the static points in the LiDAR frame to the static map. scanning (S201) a three-dimensional space with a LiDAR sensor to generate a LiDAR frame comprising a plurality of points in the three-dimensional space in a time sequence; for each of the points in the LiDAR frame, finding (S202) a corresponding point closest to the point of the LiDAR frame from a static map built according to the three-dimensional space and calculating a distance between the point and the corresponding point, wherein the point is labelled as a dynamic point if the distance is greater than a predetermined threshold, and the point is labelled as a static point if the distance is not greater than the predetermined threshold; comparing (S203) each of the dynamic points labelled in the LiDAR frame with a plurality of points in N LiDAR frames generated before the time sequence, wherein if it is determined that the N LiDAR frames comprise the dynamic point, the dynamic point is corrected as the static point, where N is a positive integer; and removing (S204) the dynamic point in the LiDAR frame and updating each of the static points in the LiDAR frame to the static map.
Apparatus for treating plastic preforms with a preform sorting device comprising a sorting device and a damming device which transports the plastic preforms in each case along a first rectilinear transport path (T1), wherein the sorting device is suitable and intended to bring the plastic preforms into a predetermined orientation and the damming device is suitable and intended to feed the plastic preforms in an ordered manner to a heating device arranged downstream of the preform sorting device , which heats the plastic preforms to a temperature necessary for blow moulding, wherein the heating device transports the plastic preforms along a second substantially rectilinear transport path (T2) and a plurality of heating elements arranged in a stationary manner is arranged along the second rectilinear transport path (T2), characterised in that the preform sorting device and the heating device are arranged on a common carrier .
A compound film (2; 42) of tungsten and germanium having a germanium/tungsten composition ratio of 0.2 or more and less than 6, and comprising an optical energy gap.
Rail vehicle having a concealed undercarriage , in particular a bogie, wherein the fairing comprises at least side elements that are arranged along the rail vehicle on the sides of the undercarriage and a bottom element that is arranged on the underside of the undercarriage, characterised in that - the side elements are fixedly connected to the car body of the rail vehicle, - the bottom element is fixedly connected to the undercarriage, and - a gap is provided in each case between the bottom element and the side elements , wherein said gap ensures a clearance between the wheels of the undercarriage and both the bottom element and the side elements , in both non-turned and turned states of the undercarriage . - the side elements are fixedly connected to the car body of the rail vehicle, - the bottom element is fixedly connected to the undercarriage, and - a gap is provided in each case between the bottom element and the side elements , wherein said gap ensures a clearance between the wheels of the undercarriage and both the bottom element and the side elements , in both non-turned and turned states of the undercarriage .
An actuation system , comprising: a component (24; 25; 26); a linear actuator extending longitudinally along an actuation axis ; a first link extending along a first centerline parallel to the actuation axis , the first link disposed on a first side of the linear actuator ; and a second link extending along a second centerline parallel to the actuation axis , the second link disposed on a second side of the linear actuator laterally opposite the first side; the first and the second links (56A, B) configured to transfer a load along the first and the second centerlines between the component (24; 25; 26) and the linear actuator ; characterised in that : the system further comprises a second component ; the linear actuator includes an actuator base and a translatable element , the linear actuator configured to move the translatable element relative to the actuator base ; the actuator base is coupled to the second component ; and the translatable element is coupled to the second component through the first and the second links (56A, B). a component (24; 25; 26); a linear actuator extending longitudinally along an actuation axis ; a first link extending along a first centerline parallel to the actuation axis , the first link disposed on a first side of the linear actuator ; and a second link extending along a second centerline parallel to the actuation axis , the second link disposed on a second side of the linear actuator laterally opposite the first side; the first and the second links (56A, B) configured to transfer a load along the first and the second centerlines between the component (24; 25; 26) and the linear actuator ; characterised in that : the system further comprises a second component ; the linear actuator includes an actuator base and a translatable element , the linear actuator configured to move the translatable element relative to the actuator base ; the actuator base is coupled to the second component ; and the translatable element is coupled to the second component through the first and the second links (56A, B).
A method of making pervious concrete, the method comprising: mixing cement and water in the ratio 0.35 - 0.50 by weight to form a cement paste; adding the cement paste to coarse aggregate; adding powdered super absorbent polymer in the range 0.03 - 0.07% by weight of cement to the mixture of cement paste and coarse aggregate; and mixing all the ingredients, thereby creating a pervious concrete composition, wherein the method does not utilize Viscosity Modifying Admixtures (VMAs). mixing cement and water in the ratio 0.35 - 0.50 by weight to form a cement paste; adding the cement paste to coarse aggregate; adding powdered super absorbent polymer in the range 0.03 - 0.07% by weight of cement to the mixture of cement paste and coarse aggregate; and mixing all the ingredients, thereby creating a pervious concrete composition, wherein the method does not utilize Viscosity Modifying Admixtures (VMAs).
A sole structure for an article of footwear having an upper , the sole structure comprising: a first fluid-filled segment including (i) a first portion that extends along one of a medial side of the sole structure and a lateral side of the sole structure , (ii) a second portion that extends from the first portion of the first fluid-filled segment toward the other of the medial side and the lateral side , and (iii) a third portion that extends from the first portion of the first fluid-filled segment toward the other of the medial side and the lateral side and is convergent with the second portion along a direction toward the other of the medial side and the lateral side, wherein the second portion includes a distal end that terminates at a first location between the medial side and the lateral side and tapers in a direction toward the upper . a first fluid-filled segment including (i) a first portion that extends along one of a medial side of the sole structure and a lateral side of the sole structure , (ii) a second portion that extends from the first portion of the first fluid-filled segment toward the other of the medial side and the lateral side , and (iii) a third portion that extends from the first portion of the first fluid-filled segment toward the other of the medial side and the lateral side and is convergent with the second portion along a direction toward the other of the medial side and the lateral side, wherein the second portion includes a distal end that terminates at a first location between the medial side and the lateral side and tapers in a direction toward the upper .
A stencil printer for printing an assembly material on an electronic substrate, the stencil printer comprising: a frame; a stencil coupled to the frame, the stencil having apertures formed therein; a support assembly coupled to the frame, the support assembly including tooling configured to support the electronic substrate in a print position beneath the stencil; a print head assembly coupled to the frame in such a manner that the print head assembly is configured to traverse the stencil during print strokes, the print head assembly including a squeegee blade assembly and at least one paste cartridge to deposit assembly material on the stencil; and a paste dispensing transfer system including a paste cartridge mechanism coupled to the print head assembly, and a rotary indexing mechanism coupled to the frame, wherein the paste dispensing transfer system is configured to transfer a used paste cartridge from the print head assembly to the rotary indexing mechanism supported by the frame and to transfer a new paste cartridge from the rotary indexing mechanism to the print head assembly. a frame; a stencil coupled to the frame, the stencil having apertures formed therein; a support assembly coupled to the frame, the support assembly including tooling configured to support the electronic substrate in a print position beneath the stencil; a print head assembly coupled to the frame in such a manner that the print head assembly is configured to traverse the stencil during print strokes, the print head assembly including a squeegee blade assembly and at least one paste cartridge to deposit assembly material on the stencil; and a paste dispensing transfer system including a paste cartridge mechanism coupled to the print head assembly, and a rotary indexing mechanism coupled to the frame, wherein the paste dispensing transfer system is configured to transfer a used paste cartridge from the print head assembly to the rotary indexing mechanism supported by the frame and to transfer a new paste cartridge from the rotary indexing mechanism to the print head assembly. a paste cartridge mechanism coupled to the print head assembly, and a rotary indexing mechanism coupled to the frame, wherein the paste dispensing transfer system is configured to transfer a used paste cartridge from the print head assembly to the rotary indexing mechanism supported by the frame and to transfer a new paste cartridge from the rotary indexing mechanism to the print head assembly.
A delayed chaff cartridge for use as a decoy for RF radars, comprising: a hollow longitudinal cartridge; one or more hollow capsules; and a propelling element configured to dispatch the capsule out from the hollow cartridge, wherein each hollow capsule comprises: two longitudinal parts connected at a second end via a pivot, wherein at least one of the two longitudinal parts is truncated at a first end. a hollow longitudinal cartridge; one or more hollow capsules; and a propelling element configured to dispatch the capsule out from the hollow cartridge, wherein each hollow capsule comprises: two longitudinal parts connected at a second end via a pivot, wherein at least one of the two longitudinal parts is truncated at a first end. two longitudinal parts connected at a second end via a pivot, wherein at least one of the two longitudinal parts is truncated at a first end.
Powder mixture for dry method of thermal spraying which is a powder mixture consisting of ceramic powder A whose particle diameter is D1 and ceramic powder B whose particle diameter is D2, wherein D1 is 0.5 to 10 μm as a median diameter, wherein D2 is 0.003 to 0.030 μm as an average particle diameter converted from the BET specific surface area, wherein, in the powder mixture, the particles of ceramic powder B adhere to surfaces of the particles of ceramic powder A for preventing agglomeration of particles of ceramic powder A, wherein, in the powder mixture, the total weight of the ceramic powder A is W1, and the total weight of the ceramic powder B is W2, and wherein the relative weight of the ceramic powder B defined by the following formula Y = W 2 / W 1 + W 2 satisfies: Y ≥ 0.2066 × 1 μm − 1 × D 1 − 0.751 and Y ≤ 0.505 × 1 μm − 1 × D1 − 0.163 . wherein D1 is 0.5 to 10 μm as a median diameter, wherein D2 is 0.003 to 0.030 μm as an average particle diameter converted from the BET specific surface area, wherein, in the powder mixture, the particles of ceramic powder B adhere to surfaces of the particles of ceramic powder A for preventing agglomeration of particles of ceramic powder A, wherein, in the powder mixture, the total weight of the ceramic powder A is W1, and the total weight of the ceramic powder B is W2, and wherein the relative weight of the ceramic powder B defined by the following formula Y = W 2 / W 1 + W 2 satisfies: Y ≥ 0.2066 × 1 μm − 1 × D 1 − 0.751 and Y ≤ 0.505 × 1 μm − 1 × D1 − 0.163 .
Instrument panel support for a motor vehicle, which has a cross-member which can be incorporated between the A-pillars of a motor vehicle body and has a holder for a head-up display, wherein the holder has a support body for the head-up display , wherein the support body is fixed to the cross-member via supports , characterized in that the support body has flange sections with mounting openings for fixing the head-up display, wherein an electrically non-conductive coupling member is provided in the region of a mounting opening .
A reinforcing bar for introducing into a concrete matrix, having at least one group of filaments running in the length direction (X) thereof and made of a plurality of filaments embedded at least in segments, preferably completely, in a plastic matrix , the reinforcing bar comprising protrusions spaced apart from each other in the length direction (X) of the reinforcing bar and indentations spaced apart from each other in the length direction (X) of the reinforcing bar , the indentations being implemented as compressions (19a-19c) of the at least one group of filaments produced by forming tools, characterized in that the protrusions are formed by filaments deflected laterally by said compression, wherein two or more indentations spaced apart in said length direction (X) have a different orientation in the circumferential direction of the reinforcing bar .
A light hardening device having a light source which Is accommodated In a housing which comprises a window through which light exits the housing , wherein the light exit direction of the light beam from the housing Is continuously variable by means of a reflection surface , characterized in that a lens is arranged in the housing between the light source and the reflection surface and Is adjustable in its axial alignment.
A power supply system, for supplying power to an electronic device , comprising: at least two first power supplies connected with each other in parallel for supplying power to the electronic device ; characterized in that the power supply system further includes a second power supply including output control signal lines and an output power line, wherein the output control signal lines of the second power supply being respectively connected with the first power supplies to provide control signals to the first power supplies for turning on a certain first power supply or several first power supplies ; and wherein the output power line of the second power supply being configured to be connected with a power interface of the electronic device for supplying power to the electronic device . at least two first power supplies connected with each other in parallel for supplying power to the electronic device ; characterized in that the power supply system further includes a second power supply including output control signal lines and an output power line, wherein the output control signal lines of the second power supply being respectively connected with the first power supplies to provide control signals to the first power supplies for turning on a certain first power supply or several first power supplies ; and wherein the output power line of the second power supply being configured to be connected with a power interface of the electronic device for supplying power to the electronic device .
A method of accessing a plurality of hardware layers that are composited by a layering hardware, the method comprising: determining, with a processor, which of the hardware layers are available by querying a first application programming interface; determining, with the processor, capabilities of the hardware layers by querying the first application programming interface; associating, with the processor, a video surface with a hardware layer that is determined to be available, the hardware layers comprising the hardware layer, wherein the video surface is a region of memory; receiving a draw stream from an application through a second application programming interface with the processor, the draw stream directed to the video surface; and rendering, with the processor, the draw stream received at the second application programming interface directly to the video surface associated with the hardware layer, without the application having knowledge of an existence of the hardware layer or the hardware layers, wherein content of video surfaces associated with the hardware layers is composited non-destructively into a single composite image by the layering hardware, the video surfaces including the video surface. determining, with a processor, which of the hardware layers are available by querying a first application programming interface; determining, with the processor, capabilities of the hardware layers by querying the first application programming interface; associating, with the processor, a video surface with a hardware layer that is determined to be available, the hardware layers comprising the hardware layer, wherein the video surface is a region of memory; receiving a draw stream from an application through a second application programming interface with the processor, the draw stream directed to the video surface; and rendering, with the processor, the draw stream received at the second application programming interface directly to the video surface associated with the hardware layer, without the application having knowledge of an existence of the hardware layer or the hardware layers, wherein content of video surfaces associated with the hardware layers is composited non-destructively into a single composite image by the layering hardware, the video surfaces including the video surface.
A drive guide connectable to a power tool , the drive guide comprising: a shank including a tool coupling portion and a barrel coupling portion ; a barrel coupled to the barrel coupling portion of the shank , the barrel including a bit coupling portion configured to couple to a tool bit, the barrel also including a depth indicium disposed on a surface of the barrel ; and a sleeve disposed concentrically about and slidable along the barrel ; wherein an edge of the sleeve provides a visual indicator to determine depth based on the depth indicium ; characterized in that : (i) the depth indicium is one of a set of depth indicia , and wherein the set of depth indicia includes a plurality of axially aligned and axially spaced markers ; or (ii) the barrel includes three depth indicia that are circumferentially aligned and circumferentially spaced about the barrel ; optionally wherein the three depth indicia are evenly spaced relative to one another by approximately 120 degrees; or (iii) the barrel includes a plurality of sets of depth indicia , and wherein each set of depth indicia includes a plurality of axially aligned and axially spaced markers . a shank including a tool coupling portion and a barrel coupling portion ; a barrel coupled to the barrel coupling portion of the shank , the barrel including a bit coupling portion configured to couple to a tool bit, the barrel also including a depth indicium disposed on a surface of the barrel ; and a sleeve disposed concentrically about and slidable along the barrel ; wherein an edge of the sleeve provides a visual indicator to determine depth based on the depth indicium ; characterized in that : (i) the depth indicium is one of a set of depth indicia , and wherein the set of depth indicia includes a plurality of axially aligned and axially spaced markers ; or (ii) the barrel includes three depth indicia that are circumferentially aligned and circumferentially spaced about the barrel ; optionally wherein the three depth indicia are evenly spaced relative to one another by approximately 120 degrees; or (iii) the barrel includes a plurality of sets of depth indicia , and wherein each set of depth indicia includes a plurality of axially aligned and axially spaced markers . (i) the depth indicium is one of a set of depth indicia , and wherein the set of depth indicia includes a plurality of axially aligned and axially spaced markers ; or (ii) the barrel includes three depth indicia that are circumferentially aligned and circumferentially spaced about the barrel ; optionally wherein the three depth indicia are evenly spaced relative to one another by approximately 120 degrees; or (iii) the barrel includes a plurality of sets of depth indicia , and wherein each set of depth indicia includes a plurality of axially aligned and axially spaced markers .
A solid pharmaceutical composition for oral administration comprising Deferasirox in an amount higher than 60% by weight based on the total weight of the medicament and polysorbate 80 to increase solubility and rate of dissolution.
A VRAC modulator of formula I or a pharmaceutically acceptable salt thereof, and an anti-cancer treatment for use in the treatment of cancer, wherein the anti-cancer treatment is a topoisomerase I inhibitor selected from irinotecan, its active metabolite SN-38, or topotecan.