mhurhangee/patent-ind-claim-en huggingface dataset:
Planar drive device having a first platform and having a second platform , which platforms are movable in an X-Y plane on a work bench , wherein the first platform has a frame , a transmission and a working platform for the arrangement of a work tool , wherein the transmission permits an adjustment of the distance of the working platform with respect to the X-Y plane , wherein the second platform has a frame and a drive member which is coupled in terms of movement at least indirectly to the working platform such that the distance of the working platform from the X-Y plane is adjustable by changing a distance between the two platforms within the X-Y plane , wherein, for the adjustment of the distance of the working platform from the X-Y plane , the drive member and the transmission are effective in a movement plane perpendicular to the X-Y plane , in that the drive member is movable relative to the working platform along a working axis perpendicular to the movement plane , characterized in that a first portion of the work tool is connected to the drive member and a second portion of the work tool is connected to the working platform such that, by relative movement of the platforms in the X-Y plane in a direction parallel to the working axis , the work tool can be transferred into at least two different working states in which the first portion and the second portion take up different relative positions from one another.
A method comprising: controlling, by one or more processors , a vehicle according to a first control strategy; detecting, by the one or more processors, an object at a location external to the vehicle using one or more sensors; predicting, by the one or more processors, a future behavior of the detected object based on the detected location of the object, a time when the object was detected, and behavior data that indicates how other objects have operated at the detected location at a similar time; and modifying, by the one or more processors, the first control strategy to obtain a second control strategy for controlling the vehicle based on the predicted future behavior of the detected object. controlling, by one or more processors , a vehicle according to a first control strategy; detecting, by the one or more processors, an object at a location external to the vehicle using one or more sensors; predicting, by the one or more processors, a future behavior of the detected object based on the detected location of the object, a time when the object was detected, and behavior data that indicates how other objects have operated at the detected location at a similar time; and modifying, by the one or more processors, the first control strategy to obtain a second control strategy for controlling the vehicle based on the predicted future behavior of the detected object.
An optical imaging connector comprising: a fiber assembly comprising: an optical fiber ferrule in which is located an optical fiber for transporting an optical image; and a ferrule adapter fixed to the ferrule ; and a lens assembly comprising: a lens with a distal end configured to be fixed adjacent to an imaging target; and a lens holder in which the lens is mounted with its proximal end adjacent to a ferrule receptacle that receives the ferrule and maintains it in a substantially co-axial relationship with the lens , characterized in that the ferrule adapter has a radial extension with a first coupling portion and the lens holder has a radial extension with a second coupling portion that engages the first coupling portion to removably couple the fiber assembly to the lens assembly; and the lens assembly further comprises a focus adjustment mechanism that is manually adjustable by a user to change a longitudinal position of the second coupling portion relative to the lens holder and thereby change an axial position of the ferrule in the ferrule receptacle. a fiber assembly comprising: an optical fiber ferrule in which is located an optical fiber for transporting an optical image; and a ferrule adapter fixed to the ferrule ; and an optical fiber ferrule in which is located an optical fiber for transporting an optical image; and a ferrule adapter fixed to the ferrule ; and a lens assembly comprising: a lens with a distal end configured to be fixed adjacent to an imaging target; and a lens holder in which the lens is mounted with its proximal end adjacent to a ferrule receptacle that receives the ferrule and maintains it in a substantially co-axial relationship with the lens , characterized in that the ferrule adapter has a radial extension with a first coupling portion and the lens holder has a radial extension with a second coupling portion that engages the first coupling portion to removably couple the fiber assembly to the lens assembly; and the lens assembly further comprises a focus adjustment mechanism that is manually adjustable by a user to change a longitudinal position of the second coupling portion relative to the lens holder and thereby change an axial position of the ferrule in the ferrule receptacle. a lens with a distal end configured to be fixed adjacent to an imaging target; and a lens holder in which the lens is mounted with its proximal end adjacent to a ferrule receptacle that receives the ferrule and maintains it in a substantially co-axial relationship with the lens , characterized in that the ferrule adapter has a radial extension with a first coupling portion and the lens holder has a radial extension with a second coupling portion that engages the first coupling portion to removably couple the fiber assembly to the lens assembly; and the lens assembly further comprises a focus adjustment mechanism that is manually adjustable by a user to change a longitudinal position of the second coupling portion relative to the lens holder and thereby change an axial position of the ferrule in the ferrule receptacle.
Transmission , in particular multi-stage transmission, for a motor vehicle, comprising a housing (G), a drive shaft (ANW), an output shaft (AW), at least two planetary gear sets (PG1, PG4), wherein the first planetary gear set (PG4) comprises a sun gear , at least one planet , a carrier and a ring gear , and multiple shift elements (A-F, H, J, K, L, V, R, X, Y) and a second planetary gear set (PG1) with a sun gear , at least one planet (111.1, 111.2 and a ring gear , wherein a sun gear of the second planetary gear set (PG1) is connectable by means of at least one first shift element (K1, B) to the housing (G) and is connectable by means of a second shift element (A) to the drive shaft (ANW), and in that the ring gear of the first planetary gear set (PG4) is connectable by means of a third shift element (E) to the housing (G) and by means of a fourth shift element (F) to the carrier of the first planetary gear set (PG4), and in that the sun gear of the first planetary gear set (PG4) and the ring gear of the second planetary gear set (PG1) are connected rotationally conjointly to one another, and in that the majority, in particular all, of the shift elements (A, B, E, F, K1) are arranged in the housing (G) so as to be accessible from the outside, characterized in that the second planetary gear set (PG1) has at least two intermeshing planets (111.1, 111.2) and two carriers (121.1, 121.2) which are connected rotationally conjointly to one another, on which carriers in each case one of the two intermeshing planets (111.1, 111.2) is rotatably mounted, and in that the carriers (121.1, 121.2) of the second planetary gear set (PG1) are connected rotationally conjointly to the drive shaft (ANW), and the carrier of the first planetary gear set (PG4) is connected rotationally conjointly to the output shaft (AW), wherein the transmission has at least one further third, fourth, fifth and/or sixth planetary gear set (PG2, PG3, PG5, PG6), wherein at least two of the planetary gear sets (PG1, PG2, PG3, PG4, PG5, PG6) are arranged one behind the other in the transmission and/or at least two of the planetary gear sets (PG3, PG4; PG5, PG6) are arranged in nested fashion, wherein the third planetary gear set (PG2) is arranged between the second and fourth planetary gear sets (PG1, PG3), wherein a sun gear of the third planetary gear set (PG2) is connected fixedly to the housing (G) or is connectable by means of a fifth shift element (B2, C) to the housing (G), wherein the carriers (111.1, 111.2) of the second planetary gear set (PG1) are connected rotationally conjointly to a ring gear of the third planetary gear set (PG2), or the carriers (111.1, 111.2) of the second planetary gear set (PG1) are connectable to the ring gear of the third planetary gear set (PG2) by means of an eighth shift element (X).
An electronic device for use in a wireless communication system, the electronic device comprising: an oscillator configured to output a local oscillator, LO, signal; a mixer configured to convert a frequency band of a first signal based on the LO signal and output a second signal; and a signal level controller coupled between the oscillator and the mixer ; the signal level controller comprising a process, voltage, and temperature (PVT) sensor configured to: sense a PVT state of the mixer , and determine a range of a signal level corresponding to the PVT state of the mixer ; wherein the signal level controller further comprises: a coupler connected between the oscillator and the mixer to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; the signal level controller configured to output a feedback signal to the oscillator to adjust a magnitude of the LO signal, based on the envelope and the determined range of the signal level. an oscillator configured to output a local oscillator, LO, signal; a mixer configured to convert a frequency band of a first signal based on the LO signal and output a second signal; and a signal level controller coupled between the oscillator and the mixer ; the signal level controller comprising a process, voltage, and temperature (PVT) sensor configured to: sense a PVT state of the mixer , and determine a range of a signal level corresponding to the PVT state of the mixer ; wherein the signal level controller further comprises: a coupler connected between the oscillator and the mixer to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; sense a PVT state of the mixer , and determine a range of a signal level corresponding to the PVT state of the mixer ; wherein the signal level controller further comprises: a coupler connected between the oscillator and the mixer to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; a coupler connected between the oscillator and the mixer to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; the signal level controller configured to output a feedback signal to the oscillator to adjust a magnitude of the LO signal, based on the envelope and the determined range of the signal level.
Security bag made of plastics material, comprising at least two film layers arranged one on top of the other and made of a first plastics material, which layers are connected to one another by means of a weld seam to form an access opening to an interior formed between the film layers , wherein at least one of the film layers , at least in portions, has a first thermal indicator which reacts with a color change when exposed to a temperature above a first softening temperature of the first plastics material of the film layers , wherein the first thermal indicator , at least in portions, is covered by a cover made of a second plastics material, wherein a second softening temperature of the second plastics material is at least 20°C higher than the first softening temperature of the first plastics material and wherein the first plastics material of the film layers , when exposed to the second softening temperature, is subject to damage in the form of deformation and/or combustion and/or liquefaction.
A flash memory apparatus , wherein the flash memory apparatus comprises a primary controller and a flash chip , and the flash chip comprises multiple blocks; and the primary controller is configured to: receive first target data; select a first block from the multiple blocks, wherein the first block is a blank block that includes a damaged page, wherein an effective capacity of the first block is less than a size of the first target data, the size of the first target data being equal to a standard capacity of a block; divide the first target data into first part of the first target data and second part of the first target data, wherein a size of the first part of the first target data is the effective capacity of the first block, and a size of the second part of the first target data is the size of the first target data minus the size of the first part of the first target data; determine a second block among the multiple blocks, wherein the second block is a block that has been written with data but is not filled with data; write the first part of the first target data into the first block; and write the second part of the first target data into the second block. receive first target data; select a first block from the multiple blocks, wherein the first block is a blank block that includes a damaged page, wherein an effective capacity of the first block is less than a size of the first target data, the size of the first target data being equal to a standard capacity of a block; divide the first target data into first part of the first target data and second part of the first target data, wherein a size of the first part of the first target data is the effective capacity of the first block, and a size of the second part of the first target data is the size of the first target data minus the size of the first part of the first target data; determine a second block among the multiple blocks, wherein the second block is a block that has been written with data but is not filled with data; write the first part of the first target data into the first block; and write the second part of the first target data into the second block.
A rehabilitation therapy aid comprising a moveable structure having first engagement means whereby the structure, in use, can be moved by a patient's arm requiring therapy and second engagement means whereby the structure can be moved, and a movement detector capable of recording the movement detected in digital form and transmitting it to a computer, characterised in that (i) the movable structure is free to slide across a surface and can be slid across the surface by the patient's arm engaging the first engagement means , and (ii) the second engagement means is a handle, separate from the first engagement means, whereby the structure can be moved in the same direction by a therapist or by the patient's other arm, and (iii) the movement detector comprises a computer mouse fixed into the moveable structure, such that two-dimensional movement relative to the surface is detected. (i) the movable structure is free to slide across a surface and can be slid across the surface by the patient's arm engaging the first engagement means , and (ii) the second engagement means is a handle, separate from the first engagement means, whereby the structure can be moved in the same direction by a therapist or by the patient's other arm, and (iii) the movement detector comprises a computer mouse fixed into the moveable structure, such that two-dimensional movement relative to the surface is detected.
A circuit branch measurement device comprising: - at least one current measurement and data transmitting device , further comprising: • a microprocessor configured to obtain and process measurement signals, • a communication driver configured to transmit collective data to an external device, • an identification microchip for associating identification numbers to current sensors, • an input/output interface for external power supply and data transmission, and • at least one connector for connecting to a current sensor - at least one current sensor module comprising: • a current sensor to measure a current by a conductor, and - a further connector connected to the input/output interface for electrically connecting to an external device for power supply and data transmission, wherein the at least one connector of the current measurement and data transmitting device provides a mechanical fastening and an electrical connection to the at least one current sensor module for detecting a current by at least one circuit branch in an electrical distribution panel, and in that the mechanically coupled and electrically connected at least one current measurement and data transmitting device and the at least one current sensor module fit in a conventional panel board , wherein the current measurement and data transmitting device is configured to aggregate and consolidate measurements from at least one of the current sensor modules to be transmitted from the device to an external device. - at least one current measurement and data transmitting device , further comprising: • a microprocessor configured to obtain and process measurement signals, • a communication driver configured to transmit collective data to an external device, • an identification microchip for associating identification numbers to current sensors, • an input/output interface for external power supply and data transmission, and • at least one connector for connecting to a current sensor • a microprocessor configured to obtain and process measurement signals, • a communication driver configured to transmit collective data to an external device, • an identification microchip for associating identification numbers to current sensors, • an input/output interface for external power supply and data transmission, and • at least one connector for connecting to a current sensor - at least one current sensor module comprising: • a current sensor to measure a current by a conductor, and • a current sensor to measure a current by a conductor, and - a further connector connected to the input/output interface for electrically connecting to an external device for power supply and data transmission,
A hydrogel comprising a particle physically entrapped within a hydrogel matrix, the particle comprising an active material and a plurality of chains of a first polymeric material, each of the chains of the first polymeric material having a first end and a second end, wherein: • the active material and the first ends of the chains form a core; • the second ends of the chains extend outwardly away from the core to form a shell; and • the hydrogel matrix comprises chains of a second polymeric material in the form of a three dimensional cross-linked network, and wherein the active material comprises a luminescent metal complex or a non-protein organic fluorophore. • the active material and the first ends of the chains form a core; • the second ends of the chains extend outwardly away from the core to form a shell; and • the hydrogel matrix comprises chains of a second polymeric material in the form of a three dimensional cross-linked network, and
A rotor , the rotor comprising: a first plurality of laminates each comprising a first tool access hole , and a first plurality of symmetric protrusions located at a periphery of each of the first plurality of laminates; a second plurality of laminates , comprising a second tool access hole , and a second plurality of symmetric protrusions located at a periphery of the second plurality of laminates, wherein the first tool access holes are initially angularly offset from the second tool access holes; and a plurality of magnets , each magnet inserted between a channel formed between the first plurality of protrusions and the second plurality of protrusions, wherein reactive forces operate to hold the plurality of magnets the reactive forces being caused by an angular offset of the first plurality of protrusions relative to the second plurality of protrusions based on a rotational deflection of at least one of the first plurality of laminates and the second plurality of laminates because of the insert received in the tool access holes about a rotational axis, wherein each channel comprises a bottom having a convex form relative to a diameter of each laminate, the first tool access holes and the second tool access holes being configured to receive an insert to be inserted through the laminates. a first plurality of laminates each comprising a first tool access hole , and a first plurality of symmetric protrusions located at a periphery of each of the first plurality of laminates; a second plurality of laminates , comprising a second tool access hole , and a second plurality of symmetric protrusions located at a periphery of the second plurality of laminates, wherein the first tool access holes are initially angularly offset from the second tool access holes; and a plurality of magnets , each magnet inserted between a channel formed between the first plurality of protrusions and the second plurality of protrusions, wherein reactive forces operate to hold the plurality of magnets the reactive forces being caused by an angular offset of the first plurality of protrusions relative to the second plurality of protrusions based on a rotational deflection of at least one of the first plurality of laminates and the second plurality of laminates because of the insert received in the tool access holes about a rotational axis, wherein each channel comprises a bottom having a convex form relative to a diameter of each laminate, the first tool access holes and the second tool access holes being configured to receive an insert to be inserted through the laminates.