mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor for a fiberising apparatus comprising: a rotor housing; a first and second bearing assembly, wherein each bearing assembly comprises at least two ball bearings, each seated in a respective bearing seat; a horizontal shaft rotatably mounted between the first bearing assembly and the second bearing assembly; characterised by a plurality of resilient dampers arranged in an annular ring, wherein each resilient damper is connected at a first end to the bearing seat and connected at a second end to the inner wall of the rotor housing. a rotor housing; a first and second bearing assembly, wherein each bearing assembly comprises at least two ball bearings, each seated in a respective bearing seat; a horizontal shaft rotatably mounted between the first bearing assembly and the second bearing assembly; characterised by a plurality of resilient dampers arranged in an annular ring, wherein each resilient damper is connected at a first end to the bearing seat and connected at a second end to the inner wall of the rotor housing.
A system for printing on a surface of a plurality of food products, the system comprising: a printer having a print head configured for printing edible ink on a surface of the food products; and a removable debris collection tray for catching food product debris positioned within the printer and configured to capture debris generated during delivery of food products to the printer , printing on the food products, or removal of printed food products from the printer , wherein the printer comprises a receiving arm supported by the printer and extendable and retractable across a path of the print head of the printer for delivery and return of food products to a position below the print head for printing thereon; and wherein the removable debris collection tray is at least partially positioned below a travel path of the food product within the printer and between the print head and receiving arm. a printer having a print head configured for printing edible ink on a surface of the food products; and a removable debris collection tray for catching food product debris positioned within the printer and configured to capture debris generated during delivery of food products to the printer , printing on the food products, or removal of printed food products from the printer , wherein the printer comprises a receiving arm supported by the printer and extendable and retractable across a path of the print head of the printer for delivery and return of food products to a position below the print head for printing thereon; and wherein the removable debris collection tray is at least partially positioned below a travel path of the food product within the printer and between the print head and receiving arm.
A means of transport (F), in particular a pedelec, that can be simultaneously driven electromotively and bv human muscular power, with a drive unit , said drive unit comprising - an input shaft for transmitting drive energy generated from human muscular power, - an output shaft for delivering drive energy to a travel unit , - a harmonic drive transmission arranged around a rotation axis and having a wave generator , a flexspline and a ring gear , - an electric drive motor arranged around the rotation axis and having a stator and a rotor , wherein drive energy of the electric drive motor can be transmitted to the output shaft via the harmonic drive transmission , wherein the flexspline is configured as a sleeve extending in the direction of the rotation axis , which is connected on one axial side to a rotary bearing and toward the other axial side has an engagement region for the wave generator , wherein a sleeve cavity is provided between the rotary bearing and the wave generator , as seen in the direction of the rotation axis , characterized in that the electric drive motor is arranged in an axial direction of the rotation axis at least partially, preferably completely, in the sleeve cavity of the flexspline of the harmonic drive transmission , in particular with respect to the axial extent of its rotor and/or stator along the rotation axis . - an input shaft for transmitting drive energy generated from human muscular power, - an output shaft for delivering drive energy to a travel unit , - a harmonic drive transmission arranged around a rotation axis and having a wave generator , a flexspline and a ring gear , - an electric drive motor arranged around the rotation axis and having a stator and a rotor , wherein drive energy of the electric drive motor can be transmitted to the output shaft via the harmonic drive transmission , wherein the flexspline is configured as a sleeve extending in the direction of the rotation axis , which is connected on one axial side to a rotary bearing and toward the other axial side has an engagement region for the wave generator , wherein a sleeve cavity is provided between the rotary bearing and the wave generator , as seen in the direction of the rotation axis , characterized in that the electric drive motor is arranged in an axial direction of the rotation axis at least partially, preferably completely, in the sleeve cavity of the flexspline of the harmonic drive transmission , in particular with respect to the axial extent of its rotor and/or stator along the rotation axis .
A device made of elastomeric material for culturing in vitro muscle tissue , the device comprising: a base section ; two pillars each protruding from the base section ; and a wall section with an inner wall surface surrounding the pillars , and an outer wall surface, characterised in that : the wall section comprises at least two rib elements extending outwardly from the outer wall surface to an outer periphery of the device . a base section ; two pillars each protruding from the base section ; and a wall section with an inner wall surface surrounding the pillars , and an outer wall surface, characterised in that : the wall section comprises at least two rib elements extending outwardly from the outer wall surface to an outer periphery of the device .
A viability-retaining method of selecting corn embryos having a desired trait, said method comprising: a) extracting embryos; b) washing the embryos post extraction in a liquid, preferably water, comprising an abrasive and removing associated non-embryogenic tissue or DNA from the exterior of the embryo; and c) extracting DNA directly from the embryo by contacting the embryos with a cell lysis solution comprising TrisHCl and SDS which disrupts cells but does not reduce embryo viability. a) extracting embryos; b) washing the embryos post extraction in a liquid, preferably water, comprising an abrasive and removing associated non-embryogenic tissue or DNA from the exterior of the embryo; and c) extracting DNA directly from the embryo by contacting the embryos with a cell lysis solution comprising TrisHCl and SDS which disrupts cells but does not reduce embryo viability.
Lower end device for a sports pole, characterized in that it comprises: - an end piece comprising an inner surface for housing a stem of a sports pole , a lower region for removably or non-removably fastening a tip , a tubular surface comprising an anti-rotational device , an upper stop and a fastening region for receiving a retaining element for retaining a basket ; - a basket comprising a tube provided with an inner through-opening adapted for positioning around the tubular surface of the end piece , and comprising an anti-rotational device for cooperating with the anti-rotational device of the end piece and ensuring good orientation thereof around the end piece; - an element for removably retaining the basket on the end piece , this retaining element comprising a surface forming a lower stop blocking the downward movement of the basket on the end piece, and characterized in that the length (L 20 ) of the tube of the basket is greater than or equal to 50%, or 60%, of the total length (Lt) of the end piece , and/or in that the contact section between the removable retaining element and the basket is situated at a height (L 30 ) that is less than or equal to 40% of the total height (Lt) of the end piece , or less than or equal to 30% of this total height (Lt). - an end piece comprising an inner surface for housing a stem of a sports pole , a lower region for removably or non-removably fastening a tip , a tubular surface comprising an anti-rotational device , an upper stop and a fastening region for receiving a retaining element for retaining a basket ; - a basket comprising a tube provided with an inner through-opening adapted for positioning around the tubular surface of the end piece , and comprising an anti-rotational device for cooperating with the anti-rotational device of the end piece and ensuring good orientation thereof around the end piece; - an element for removably retaining the basket on the end piece , this retaining element comprising a surface forming a lower stop blocking the downward movement of the basket on the end piece, and
A device for controlling and/or configuring construction machines (1 - 9), whose electronic control device can be reconfigured and/or extended by installing a program packet (FL, FC), comprising a central server for providing and/or downloading different program packets (FL, FC), a communications module and an external machine data database , wherein the central server has access to an internal machine data database in which different machine data sets are stored, characterized in that the central server is configured as an open server platform with different interfaces to different external host servers and to the external machine data database , wherein the server is configured to obtain a construction machine and/or program packet request, wherein the communications module activates an interface to the external machine data database and/or to an external host server according to a construction machine and/or program packet request and according to the machine data sets in the internal machine data database , via which the central server requests a program packet (FL, FC) of an external host server according to an authorization of the external host server ., and wherein the external machine data database that is separate from the central server is connected or connectable to the central control devices of the construction machines (1-9) or with a local construction site server connectable thereto to the central server and configured to provide a program packet (FL, FC) of an external host server requested by the central server only directly to the electronic control device of a construction machine (1-9) or to the local construction site server , bypassing the central server , depending on an authorization of the external host server , wherein the central server is configured to provide an activation code suitable for activating the transmitted program packet (FL, FC) to the electronic control device of the construction machine (1-9) or to the local construction site server which can be connected thereto, wherein the local construction site server is linked to the central sever and/or the external machine data database or can be connected thereto.
Laying aid for laying a longitudinally (L) extending cable into a pipe , said laying aid having a carrier to which a number of rolling elements are attached, each of which is rotatably supported about an axis of rotation (A2), characterized in that each of the axes of rotation (A2) is located at a predetermined setting angle (W) to the longitudinal direction (L), so that the cable when laying in the pipe is rotated about a longitudinal axis (A1) which extends in the longitudinal direction (L).
Method performed by a dual battery system comprising a first battery (B 1) and a second battery (B2), for balancing charge level of the first battery (B1) and the second battery (B2), the dual battery system being adapted for powering propulsion of an electric vehicle comprising a first electric motor (E1) coupled in driving relationship with one or more rear wheels of the electric vehicle and a second electric motor (E2) coupled in driving relationship with one or more front wheels of the electric vehicle , the first battery (B1) being adapted to provide electric power for driving the first electric motor (E1) and the second battery (B2) being adapted to provide electric power for driving the second electric motor (E2), the first battery (B1) and the second battery (B2) further - with support from a switch arrangement (R1, R2, R3) - being electrically connectable to one another in parallel, electrically connectable to one another in series and electrically disconnectable from one another, the method comprising: - obtaining data and/or information of a predetermined charging event of the electric vehicle referring to estimated timing, remaining time and/or remaining distance for the electric vehicle to reach an electric vehicle supply equipment, EVSE, and/or charging station, - obtaining data and/or information of charge level of the first battery (B1) and second battery (B2) respectively, and - selecting when the charge level of the first battery (B1) and the second battery (B2) are unbalanced, a driving scenario which comprises charging and/or discharging of at least one of the first battery (B1) and the second battery (B2), the driving scenario effected with support from said switch arrangement (R1, R2, R3) balancing the charge level of the first battery (B1) and the second battery (B2) in a timely manner prior to arriving at the predetermined charging event to enable charging directly upon arrival at the EVSE and/or charging station. - obtaining data and/or information of a predetermined charging event of the electric vehicle referring to estimated timing, remaining time and/or remaining distance for the electric vehicle to reach an electric vehicle supply equipment, EVSE, and/or charging station, - obtaining data and/or information of charge level of the first battery (B1) and second battery (B2) respectively, and - selecting when the charge level of the first battery (B1) and the second battery (B2) are unbalanced, a driving scenario which comprises charging and/or discharging of at least one of the first battery (B1) and the second battery (B2), the driving scenario effected with support from said switch arrangement (R1, R2, R3) balancing the charge level of the first battery (B1) and the second battery (B2) in a timely manner prior to arriving at the predetermined charging event to enable charging directly upon arrival at the EVSE and/or charging station.
A method of synchronizing workitems (T1, T2, T3, T4) in a workgroup executing a kernel on one or more processors implementing a single instruction multiple thread, SIMT, computing model, comprising: configuring a barrier (b1, b2) to synchronize the workitems in the workgroup, wherein the barrier includes a barrier wait instruction that is used to synchronize the workitems at synchronization points; characterized by executing a barrier skip instruction by a first workitem from the workgroup; and reconfiguring the barrier, responsive to the executed barrier skip instruction, to synchronize other workitems from the workgroup in a plurality of points in a sequence without requiring the first workitem to reach the barrier in any of the plurality of points, while allowing the first workitem to proceed without having to synchronize at the barrier in any of the plurality of points. configuring a barrier (b1, b2) to synchronize the workitems in the workgroup, wherein the barrier includes a barrier wait instruction that is used to synchronize the workitems at synchronization points; characterized by executing a barrier skip instruction by a first workitem from the workgroup; and reconfiguring the barrier, responsive to the executed barrier skip instruction, to synchronize other workitems from the workgroup in a plurality of points in a sequence without requiring the first workitem to reach the barrier in any of the plurality of points, while allowing the first workitem to proceed without having to synchronize at the barrier in any of the plurality of points.
A solid, at least three-phase active compound preparation, in which two separate phases are embedded multiparticulately into a coherent, active compound-free and antioxidant-free phase, where one of the embedded phases is antioxidant-free and comprises at least one poorly water-soluble oxidation-sensitive active compound and the second is active compound-free and comprises at least one poorly water-soluble antioxidant, where active compound-free means on average less than 1000 ppm of active compound and antioxidant-free means on average less than 1000 ppm of antioxidant and poorly water-soluble means a solubility of less than 0.1 wt% in highly purified water under standard conditions.
A vehicle comprising front seats and rear seats , - the rear seats having one or more seat cushions and a backrest ; - the backrest being foldable between an erected, seating position and a folded, sleeping position; characterised in that - the backrest comprises at least one inflatable cushion integrated at a rear side of the backrest for forming an airbed ; - the at least one inflatable cushion having at least one valve for allowing the at least one cushion to be inflated and/or deflated. - the rear seats having one or more seat cushions and a backrest ; - the backrest being foldable between an erected, seating position and a folded, sleeping position; characterised in that - the backrest comprises at least one inflatable cushion integrated at a rear side of the backrest for forming an airbed ; - the at least one inflatable cushion having at least one valve for allowing the at least one cushion to be inflated and/or deflated.
A multispectral camera for use with image-forming optics within a housing and configured to form an image of a sample, the camera comprising: an imaging detector ; relay optics comprising multiple optical elements comprising a first adjustable lens group and a second adjustable lens group (14, 80j-k), the relay optics positioned to relay the image formed by the image-forming optics to the imaging detector ; a first actuator coupled to the first adjustable lens group and a second actuator coupled to the second adjustable lens group (14, 80j-k), wherein the first and the second actuators are configured to adjust positions of the first and second (14,80j-k) adjustable lens groups; and control electronics configured to cause the first and second actuators to adjust the positions of the first and second (14,80j-k) adjustable lens groups in response to a wavelength band selection by a wavelength selection element positioned to select one wavelength band for the image from among two or more wavelength bands within an overall wavelength range to provide for optimized focus and to maintain a magnification of the image at the imaging detector , wherein the adjustment to the position of the first and second (14,80j-k) adjustable lens groups vary depending on which of the different wavelength bands is selected by the wavelength selection element; and wherein the imaging detector, relay optics, actuators, and control electronics are positioned in a modular housing that is configured to be releasably coupled to the housing of the image-forming optics. an imaging detector ; relay optics comprising multiple optical elements comprising a first adjustable lens group and a second adjustable lens group (14, 80j-k), the relay optics positioned to relay the image formed by the image-forming optics to the imaging detector ; a first actuator coupled to the first adjustable lens group and a second actuator coupled to the second adjustable lens group (14, 80j-k), wherein the first and the second actuators are configured to adjust positions of the first and second (14,80j-k) adjustable lens groups; and control electronics configured to cause the first and second actuators to adjust the positions of the first and second (14,80j-k) adjustable lens groups in response to a wavelength band selection by a wavelength selection element positioned to select one wavelength band for the image from among two or more wavelength bands within an overall wavelength range to provide for optimized focus and to maintain a magnification of the image at the imaging detector , wherein the adjustment to the position of the first and second (14,80j-k) adjustable lens groups vary depending on which of the different wavelength bands is selected by the wavelength selection element; and wherein the imaging detector, relay optics, actuators, and control electronics are positioned in a modular housing that is configured to be releasably coupled to the housing of the image-forming optics.
An encoder for encoding images, the encoder comprising a processor configured to: - receive, from a display apparatus , information indicative of at least one of: a head pose of a user, a gaze direction of the user; - identify a gaze location (X) in an input image , based on the at least one of: the head pose of the user, the gaze direction of the user; - divide the input image into a first input portion and a second input portion , wherein the first input portion includes and surrounds the gaze location; and - encode the first input portion and the second input portion at a first compression ratio and at least one second compression ratio to generate a first encoded portion and a second encoded portion, respectively, wherein the at least one second compression ratio is larger than the first compression ratio, characterised in that the processor is configured to divide the second input portion into a plurality of input rings that are concentric with the first input portion , the first input portion and the plurality of input rings being shaped as a simple closed curve, wherein the first input portion and the plurality of input rings are centered at the gaze location (X) in the input image , wherein, when encoding, the processor is configured to encode the plurality of input rings at different compression ratios into the second encoded portion, wherein a compression ratio employed to encode a given input ring is smaller than a compression ratio employed to encode another input ring that is larger than the given input ring. - receive, from a display apparatus , information indicative of at least one of: a head pose of a user, a gaze direction of the user; - identify a gaze location (X) in an input image , based on the at least one of: the head pose of the user, the gaze direction of the user; - divide the input image into a first input portion and a second input portion , wherein the first input portion includes and surrounds the gaze location; and - encode the first input portion and the second input portion at a first compression ratio and at least one second compression ratio to generate a first encoded portion and a second encoded portion, respectively, wherein the at least one second compression ratio is larger than the first compression ratio, characterised in that the processor is configured to divide the second input portion into a plurality of input rings that are concentric with the first input portion , the first input portion and the plurality of input rings being shaped as a simple closed curve, wherein the first input portion and the plurality of input rings are centered at the gaze location (X) in the input image , wherein, when encoding, the processor is configured to encode the plurality of input rings at different compression ratios into the second encoded portion, wherein a compression ratio employed to encode a given input ring is smaller than a compression ratio employed to encode another input ring that is larger than the given input ring.