mhurhangee/patent-ind-claim-en huggingface dataset:
A dart launch apparatus, comprising: a housing assembly; a dart magazine inserted into the housing assembly, the inserted magazine having an open end including dart retaining lips at the open end; a biased dart advancing mechanism urging darts in the dart magazine toward the open end of the dart magazine, each dart having a sidewall, a forward tip and a rear advancing surface, the biased dart advancing mechanism in the dart magazine urging darts therein at the dart sidewall; a dart funnel on the housing assembly for at least one dart to be fed into the funnel; a magazine loading mechanism positioned in the housing intermediate the funnel and the dart retaining lips at the open end of the inserted magazine for receiving the at least one dart from the funnel for loading at the open end of the inserted magazine between the dart retaining lips; a stuffer mechanism coupled to the housing above the inserted magazine for penetrating the dart retaining lips to stuff the at least one dart at the dart sidewall from between the dart retaining lips for loading into the magazine, the inserted magazine receiving a series of darts loaded into the dart magazine; a dart launching mechanism in the housing forward the inserted magazine; a pusher rearward the inserted magazine for pushing the at least one dart at the rear advancing surface from between the dart retaining lips to advance the at least one dart into the forward launching mechanism; and at least one energy generating mechanism in communication with each of the magazine loading, stuffer, and dart launching mechanisms. a housing assembly; a dart magazine inserted into the housing assembly, the inserted magazine having an open end including dart retaining lips at the open end; a biased dart advancing mechanism urging darts in the dart magazine toward the open end of the dart magazine, each dart having a sidewall, a forward tip and a rear advancing surface, the biased dart advancing mechanism in the dart magazine urging darts therein at the dart sidewall; a dart funnel on the housing assembly for at least one dart to be fed into the funnel; a magazine loading mechanism positioned in the housing intermediate the funnel and the dart retaining lips at the open end of the inserted magazine for receiving the at least one dart from the funnel for loading at the open end of the inserted magazine between the dart retaining lips; a stuffer mechanism coupled to the housing above the inserted magazine for penetrating the dart retaining lips to stuff the at least one dart at the dart sidewall from between the dart retaining lips for loading into the magazine, the inserted magazine receiving a series of darts loaded into the dart magazine; a dart launching mechanism in the housing forward the inserted magazine; a pusher rearward the inserted magazine for pushing the at least one dart at the rear advancing surface from between the dart retaining lips to advance the at least one dart into the forward launching mechanism; and at least one energy generating mechanism in communication with each of the magazine loading, stuffer, and dart launching mechanisms.
A projection optical system, comprising a first optical system which is configured to form a first image conjugate to an object and has an optical axis and a second optical system configured to project a second image conjugate to the first image onto a surface to be projected on, wherein the first image satisfies a condition of 0.78 ≤ Im × Tr ≤ 0.90 wherein Im denotes a length of the first image in a direction of an optical axis of the first optical system , normalized by a focal length of the first optical system , and Tr denotes a throw ratio for the projection optical system wherein the throw ratio is defined as the ratio of the size of an image projected on a screen in the horizontal direction to the projection distance of the projection optical system, and wherein the second image is flat, and wherein a Petzval sum for the first optical system is -0.010 mm -1 or less.
A method for receiving, by a non-closed subscriber group (CSG) terminal, a service in a wireless communication system, the method comprising: receiving the service from a first home base station, wherein the service is provided in a first operation mode of the first home base station, and wherein the first operation mode is an operation mode that the service is provided to a closed subscriber group (CSG) terminal that belongs to a specific terminal group and the non-CSG terminal that does not belong to the specific terminal group; and determining whether or not to perform a handover to a second home base station based on whether to continuously provide the service to the non-CSG terminal in the first home base station, wherein: when the service is not continuously provided to the non-CSG terminal in the first home base station, performing the handover to the second home base station, and when the service is continuously provided to the non-CSG terminal in the first home base station, a data rate of the service provided in the first operation mode of the first home base station is reduced. receiving the service from a first home base station, wherein the service is provided in a first operation mode of the first home base station, and wherein the first operation mode is an operation mode that the service is provided to a closed subscriber group (CSG) terminal that belongs to a specific terminal group and the non-CSG terminal that does not belong to the specific terminal group; and determining whether or not to perform a handover to a second home base station based on whether to continuously provide the service to the non-CSG terminal in the first home base station, wherein: when the service is not continuously provided to the non-CSG terminal in the first home base station, performing the handover to the second home base station, and when the service is continuously provided to the non-CSG terminal in the first home base station, a data rate of the service provided in the first operation mode of the first home base station is reduced. when the service is not continuously provided to the non-CSG terminal in the first home base station, performing the handover to the second home base station, and when the service is continuously provided to the non-CSG terminal in the first home base station, a data rate of the service provided in the first operation mode of the first home base station is reduced.
An apparatus comprising: a plurality of controllers , wherein each of the plurality of controllers is adapted to communicate with at least one other controller of the plurality of controllers via a wired medium (18a to 18n); and a plurality of wireless elements adapted to communicate with the plurality of controllers via a wireless medium ; and wherein, when a first controller of the plurality of controllers receives a first message from a first wireless element of the plurality of wireless elements , the first controller transmits the first message to the plurality of wireless elements via the wireless medium , wherein, when the first controller receives the first message from the first wireless element , the first controller determines whether the first message has been transmitted to the plurality of controllers via the wired medium (18a-18n), and wherein, when the first controller determines that the first message has not been transmitted to the plurality of controllers via the wired medium (18a-18n), the first controller transmits the first message to the plurality of controllers via the wired medium (18a to 18n). a plurality of controllers , wherein each of the plurality of controllers is adapted to communicate with at least one other controller of the plurality of controllers via a wired medium (18a to 18n); and a plurality of wireless elements adapted to communicate with the plurality of controllers via a wireless medium ; and wherein, when a first controller of the plurality of controllers receives a first message from a first wireless element of the plurality of wireless elements , the first controller transmits the first message to the plurality of wireless elements via the wireless medium , wherein, when the first controller receives the first message from the first wireless element , the first controller determines whether the first message has been transmitted to the plurality of controllers via the wired medium (18a-18n), and wherein, when the first controller determines that the first message has not been transmitted to the plurality of controllers via the wired medium (18a-18n), the first controller transmits the first message to the plurality of controllers via the wired medium (18a to 18n).
A method of handling a downlink, DL, -only carrier of a time-division duplexing, TDD, band for a network, wherein first system information comprises at least one information element for an uplink, UL, transmission and the at least one information element is mandatory to be present in the system information according to a third Generation Partnership Project, 3GPP, standard, wherein second system information is for a multimedia broadcast multicast service, MBMS, service and does not have all of the at least one information element for the UL transmission that are comprised in the first system information, wherein the network is configured to transmit the first system information or not according to whether a carrier is a DL-only carrier or not, wherein the network is configured to transmit the second system information or not according to whether a carrier is a DL-only carrier or not, wherein when the network is configured to perform a transmission on a carrier which is not a DL-only carrier, the network transmits the first system information instead of the second system information, and when the network is configured to perform a transmission on a carrier which is a DL-only carrier, the network transmits the second system information instead of the first system information, the method comprising: not transmitting the first system information on the DL-only carrier to a communication device ; and transmitting the second system information on the DL-only carrier to the communication device . not transmitting the first system information on the DL-only carrier to a communication device ; and transmitting the second system information on the DL-only carrier to the communication device .
Electromotive drive for motor vehicle applications, comprising an electric motor , further comprising a drive wheel , in particular a worm wheel , which interacts with the electric motor and has a cam contour , and comprising a lever which can be acted upon by the cam contour , the cam contour completing a full revolution (360°) in order to act upon the lever , characterized in that the cam contour is designed to complete more than a full revolution (> 360°), the cam contour being equipped with a flexible stop , the stop being designed as a tensioning means which interacts with the drive wheel , in particular the worm wheel , the drive wheel, in particular the worm wheel , having a guide contour for the tensioning means .
A polymer composition formed by a process comprising: (a) providing a first reactive composition containing: (i) a polymerization initiator that is capable, upon a first activation, of forming two or more free radical groups, at least one of which is further activatable by subsequent activation; (ii) one or more ethylenically unsaturated compounds; and (iii) a crosslinker; (b) subjecting the first reactive composition to a first activation step such that the first reactive composition polymerizes therein to form a crosslinked substrate network containing a covalently bound activatable free radical initiator; (c) combining the crosslinked substrate network with a second reactive composition containing one or more ethylenically unsaturated compounds; and (d) activating the covalently bound activatable free radical initiator of the crosslinked substrate network such that the second reactive composition polymerizes therein with the crosslinked substrate network to form a grafted polymeric network and a byproduct polymer. (a) providing a first reactive composition containing: (i) a polymerization initiator that is capable, upon a first activation, of forming two or more free radical groups, at least one of which is further activatable by subsequent activation; (ii) one or more ethylenically unsaturated compounds; and (iii) a crosslinker; (b) subjecting the first reactive composition to a first activation step such that the first reactive composition polymerizes therein to form a crosslinked substrate network containing a covalently bound activatable free radical initiator; (c) combining the crosslinked substrate network with a second reactive composition containing one or more ethylenically unsaturated compounds; and (d) activating the covalently bound activatable free radical initiator of the crosslinked substrate network such that the second reactive composition polymerizes therein with the crosslinked substrate network to form a grafted polymeric network and a byproduct polymer.
A folding structure for mattresses , the folding structure comprising: - a bearing surface with a mattress or cushion portion intended to rest a person's head whereby the bearing surface is configured to receive a portion of a supplementary mattress intended to be placed on a mattress , and - a support structure having at least one hinge area with the bearing surface , the support structure being configured for removably coupling the folding structure to a mattress allowing to hinge a plane of the mattress at any location of the perimeter thereof, characterized in that the support structure comprises two pairs of brackets, each formed by: - an upper bracket including a substantially horizontal section intended to be supported on an upper surface of the mattress and having the hinge area so that the bearing surface can be rotated about an axis passing through the hinge area ; and - a substantially vertical section arranged to form an angle of approximately 90° to the substantially horizontal section, and - a lower bracket including: a substantially horizontal portion intended to be below a lower surface of the mattress ; and - a substantially vertical section arranged forming an angle of approximately 90° to the substantially horizontal section; whereby the hinge area is arranged in a remote position away from an edge of the mattress towards an inside thereof at a distance equal to or substantially longer than one dimension of the bearing surface . - a bearing surface with a mattress or cushion portion intended to rest a person's head whereby the bearing surface is configured to receive a portion of a supplementary mattress intended to be placed on a mattress , and - a support structure having at least one hinge area with the bearing surface , the support structure being configured for removably coupling the folding structure to a mattress allowing to hinge a plane of the mattress at any location of the perimeter thereof, - an upper bracket including a substantially horizontal section intended to be supported on an upper surface of the mattress and having the hinge area so that the bearing surface can be rotated about an axis passing through the hinge area ; and - a substantially vertical section arranged to form an angle of approximately 90° to the substantially horizontal section, - a substantially vertical section arranged to form an angle of approximately 90° to the substantially horizontal section, - a lower bracket including: a substantially horizontal portion intended to be below a lower surface of the mattress ; and - a substantially vertical section arranged forming an angle of approximately 90° to the substantially horizontal section; - a substantially vertical section arranged forming an angle of approximately 90° to the substantially horizontal section;
Vehicle body part for a vehicle comprising a battery system , the vehicle body part being configured for being structurally integrated in the vehicle body and comprising an integrated battery system carrier configured for accommodating a plurality of battery cells , the battery system carrier comprising a carrier frame extending below a vehicle underbody , the carrier frame is formed monolithically with the vehicle body part .
A parking gate barrier rod projecting system, the system comprising: a projection screen material attached to at least a portion of a parking gate barrier rod; a projector, wherein said projector being adapted to for projecting digital media content on said projection screen material; wherein said digital media content being adapted to be fitted on said projection screen material to thereby exposing said digital media content to a person in a vehicle arriving at said parking gate barrier rod; and a sensor configured for identifying an opening of said parking gate barrier rod and for sending a control command to said projector upon said identifying, said control command being for stopping or for darkening of for blanking said projecting wherein said projector is further configured for said stopping or for said darkening or for said blanking said projecting upon receiving said control command. a projection screen material attached to at least a portion of a parking gate barrier rod; a projector, wherein said projector being adapted to for projecting digital media content on said projection screen material; wherein said digital media content being adapted to be fitted on said projection screen material to thereby exposing said digital media content to a person in a vehicle arriving at said parking gate barrier rod; and a sensor configured for identifying an opening of said parking gate barrier rod and for sending a control command to said projector upon said identifying, said control command being for stopping or for darkening of for blanking said projecting wherein said projector is further configured for said stopping or for said darkening or for said blanking said projecting upon receiving said control command.
Test apparatus for ground testing avionics equipment comprising: - a computer-implemented core test unit having loaded therein a plurality of software modules, each software module having a driver associated therewith, and being configured, when activated, to perform a respective specified test by simulating a predetermined condition, generating at least one stimulus signal and receiving response data; - a plurality of adaptor units , each adaptor unit being configured to be connected between said core test unit and an associated unit under test so as to facilitate data transfer therebetween, wherein each adaptor unit is associated with a respective software module of said core test unit, each adaptor unit further including a data storage module having stored therein operational data configured to activate a specified software module, including a respective driver of said core test unit when it is connected and said operational data is transferred to said core test unit, in use, and each said adaptor unit being configured to effect data transfer between said respective specified software module, when activated, and said unit under test by transmitting said at least one stimulus signal received from said specified software module to said unit under test and transmitting said response data received from said unit under test to said specified software module; and - a user interface module configured to output, in use, test data generated using said response data, - wherein each adaptor unit comprises one or more physical connectors configured to connect said adaptor unit to a respective unit under test. - a computer-implemented core test unit having loaded therein a plurality of software modules, each software module having a driver associated therewith, and being configured, when activated, to perform a respective specified test by simulating a predetermined condition, generating at least one stimulus signal and receiving response data; - a plurality of adaptor units , each adaptor unit being configured to be connected between said core test unit and an associated unit under test so as to facilitate data transfer therebetween, wherein each adaptor unit is associated with a respective software module of said core test unit, each adaptor unit further including a data storage module having stored therein operational data configured to activate a specified software module, including a respective driver of said core test unit when it is connected and said operational data is transferred to said core test unit, in use, and each said adaptor unit being configured to effect data transfer between said respective specified software module, when activated, and said unit under test by transmitting said at least one stimulus signal received from said specified software module to said unit under test and transmitting said response data received from said unit under test to said specified software module; and - a user interface module configured to output, in use, test data generated using said response data, - wherein each adaptor unit comprises one or more physical connectors configured to connect said adaptor unit to a respective unit under test.
A portable sharpener for chainsaws comprising: - sharpening means configured to sharpen the teeth of a chain of a chainsaw; - a coupling device supporting the sharpening means and configured to be reversibly constrained to a chain guide bar of the chainsaw; where the coupling device comprises: - a support structure having a first plate adapted to be arranged parallel to a main extension plane of the bar and - one or more attachment members applied to said first plate and configured to constrain said support structure to the bar of the chainsaw; the portable sharpener characterised by the support structure comprising a second plate configured to abut against the bar in such a way as to be at least partly interposed between said bar and the chain , said first and second plate being arranged substantially in an L-configuration. - sharpening means configured to sharpen the teeth of a chain of a chainsaw; - a coupling device supporting the sharpening means and configured to be reversibly constrained to a chain guide bar of the chainsaw; - a support structure having a first plate adapted to be arranged parallel to a main extension plane of the bar and - one or more attachment members applied to said first plate and configured to constrain said support structure to the bar of the chainsaw; the portable sharpener characterised by the support structure comprising a second plate configured to abut against the bar in such a way as to be at least partly interposed between said bar and the chain , said first and second plate being arranged substantially in an L-configuration.
A cold weather vented garment comprising: a first inner panel ; a second outer panel corresponding to the first inner panel; a plurality of seams at predetermined locations that join the first inner panel and the second outer panel; a plurality of chambers formed between the first inner panel and the second outer panel and between seams of the plurality of seams characterized in that the plurality of chambers are formed by stitching the first inner panel and the second outer panel along upper , and lower boundaries of the seams ; and a plurality of perforations formed on at least a portion of the plurality of seams in between the upper and lower stitch boundaries. a first inner panel ; a second outer panel corresponding to the first inner panel; a plurality of seams at predetermined locations that join the first inner panel and the second outer panel; a plurality of chambers formed between the first inner panel and the second outer panel and between seams of the plurality of seams characterized in that the plurality of chambers are formed by stitching the first inner panel and the second outer panel along upper , and lower boundaries of the seams ; and a plurality of perforations formed on at least a portion of the plurality of seams in between the upper and lower stitch boundaries.