mhurhangee/patent-ind-claim-en huggingface dataset:
A suspension system for a vehicle, the suspension system comprising: - a first cylinder (C1) and a second cylinder (C2) positionable at opposite sides of an axle of the vehicle, - a first accumulator (A1) connectable to a chamber of the first cylinder (C1) by a first connecting line (L1), - a second accumulator (A2) connectable to a chamber of the second cylinder (C2) by a second connecting line (L2), - a common accumulator (A3) connectable to a further chamber of each cylinder (C1, C2), characterized in that the first connecting line (L1) and the second connecting line (L2) are connected to each other by a conduit , a selective communication element (V4) being arranged along said conduit , the selective communication element (V4) being operable between an open position in which a common pressure is present inside the chambers , and a closed position in which the first cylinder (C1) and the second cylinder (C2) are allowed to be controlled independently of each other. - a first cylinder (C1) and a second cylinder (C2) positionable at opposite sides of an axle of the vehicle, - a first accumulator (A1) connectable to a chamber of the first cylinder (C1) by a first connecting line (L1), - a second accumulator (A2) connectable to a chamber of the second cylinder (C2) by a second connecting line (L2), - a common accumulator (A3) connectable to a further chamber of each cylinder (C1, C2),
A reusable battery indicator for indicating a characteristic of a battery, the reusable battery indicator comprising: a voltage sensor configured to convert sensed analog characteristics of a battery to digital information; a communication circuit communicatively connected to the voltage sensor ; an antenna operatively coupled to the communication circuit ; and a connection mechanism having at least a first connector comprising a flexible wire and a second connector comprising a flexible wire, each of the first connector and the second connector being electrically connected to the voltage sensor , the first connector including a first end loop that is sized and shaped to be removably connected to a first battery terminal and the second connector including an end loop that is sized and shaped to be removably connected to a second battery terminal, thereby completing an electrical circuit between the voltage sensor and the first and second battery terminals when the connection mechanism is coupled to the first battery terminal and to the second battery terminal. a voltage sensor configured to convert sensed analog characteristics of a battery to digital information; a communication circuit communicatively connected to the voltage sensor ; an antenna operatively coupled to the communication circuit ; and a connection mechanism having at least a first connector comprising a flexible wire and a second connector comprising a flexible wire, each of the first connector and the second connector being electrically connected to the voltage sensor , the first connector including a first end loop that is sized and shaped to be removably connected to a first battery terminal and the second connector including an end loop that is sized and shaped to be removably connected to a second battery terminal, thereby completing an electrical circuit between the voltage sensor and the first and second battery terminals when the connection mechanism is coupled to the first battery terminal and to the second battery terminal.
Decoder for a race timing system , comprising: a reader interface for receiving detections of sports timing transponders passing an antenna ; a cable connection interface for connecting a network cable and/or a computer interface cable; a user interface for providing configuration feedback to a user; a processing unit for determining passing times of participants in a sports event based on the detections; and a housing for protecting the processing unit from environmental impact, wherein the user interface is included in the decoder and is arranged on a top side of the housing and on an outside of the housing for providing user access and the cable connection interface is arranged under a protective flap that is configured to provide user access to the cable connection interface in an open state and to shield the cable connection interface from environmental impact in a closed state. a reader interface for receiving detections of sports timing transponders passing an antenna ; a cable connection interface for connecting a network cable and/or a computer interface cable; a user interface for providing configuration feedback to a user; a processing unit for determining passing times of participants in a sports event based on the detections; and a housing for protecting the processing unit from environmental impact, wherein the user interface is included in the decoder and is arranged on a top side of the housing and on an outside of the housing for providing user access and the cable connection interface is arranged under a protective flap that is configured to provide user access to the cable connection interface in an open state and to shield the cable connection interface from environmental impact in a closed state.
A method of receiving system information by a user equipment, UE, in a wireless communication system, the method comprising: detecting a first synchronization signal block, SSB, including a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcasting Channel, PBCH, at a first frequency position corresponding to a first synchronization raster; determining a presence or non-presence of system information corresponding to the first SSB based on a system information indicator included in the PBCH, the method characterized in that : based on determining the non-presence of the system information corresponding to the first SSB based on the system information indicator, determining a second synchronization raster corresponding to a second SSB having system information corresponding to the second SSB, based on a bit field included in the PBCH which is defined for delivery of remaining minimum system information, RMSI, scheduling related information, wherein, when the non-presence of the system information corresponding to the first SSB is indicated by the system information indicator, the bit field included in the PBCH includes information regarding the second synchronization raster. detecting a first synchronization signal block, SSB, including a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcasting Channel, PBCH, at a first frequency position corresponding to a first synchronization raster; determining a presence or non-presence of system information corresponding to the first SSB based on a system information indicator included in the PBCH, the method characterized in that : based on determining the non-presence of the system information corresponding to the first SSB based on the system information indicator, determining a second synchronization raster corresponding to a second SSB having system information corresponding to the second SSB, based on a bit field included in the PBCH which is defined for delivery of remaining minimum system information, RMSI, scheduling related information, wherein, when the non-presence of the system information corresponding to the first SSB is indicated by the system information indicator, the bit field included in the PBCH includes information regarding the second synchronization raster. based on determining the non-presence of the system information corresponding to the first SSB based on the system information indicator, determining a second synchronization raster corresponding to a second SSB having system information corresponding to the second SSB, based on a bit field included in the PBCH which is defined for delivery of remaining minimum system information, RMSI, scheduling related information, wherein, when the non-presence of the system information corresponding to the first SSB is indicated by the system information indicator, the bit field included in the PBCH includes information regarding the second synchronization raster.
An adaptive speed regulator for regulating the speed of a first motor vehicle , this adaptive speed regulator being capable of determining the speed of a second motor vehicle traveling in front of the first motor vehicle on the same road and in the same direction of travel, the adaptive speed regulator being characterized in that it comprises a computer configured to - calculate the gradient of the difference between the speed of the second motor vehicle and the speed of the first motor vehicle ; - smoothing the determined speed of the second motor vehicle with a smoothing coefficient associated with the calculated gradient, the adaptive speed regulator being configured to regulate the speed of the first motor vehicle by report with the smoothed speed. - calculate the gradient of the difference between the speed of the second motor vehicle and the speed of the first motor vehicle ; - smoothing the determined speed of the second motor vehicle with a smoothing coefficient associated with the calculated gradient, the adaptive speed regulator being configured to regulate the speed of the first motor vehicle by report with the smoothed speed.
System for conveying objects made of thermoplastic material and comprising a hollow body provided with a neck, said system comprising at least: - a first wheel , which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a first axis (A1) of rotation by first drive means , and - a second wheel , which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a second axis (A2) of rotation by second drive means , said second wheel being driven in a direction counter to that of the first wheel , wherein the system has a configuration of synchronization between said first and second drive means , the first drive means and the second drive means each being motor-powered and controlled by a control unit designed to electronically bring the system into and/or keep the system in the synchronization configuration in order to carry out, at a given transfer point (T), a gripper-to-gripper transfer of an object from the first wheel to the second wheel situated downstream, characterized in that the system comprises at least one ejection device that, arranged upstream of the transfer point (T) and comprising ejection means , is selectively controlled in the event of desynchronization between said first and second drive means so that said ejection means come into contact with at least one object conveyed by the first wheel in order to cause said object to be ejected from the gripper of the transfer arm of the first wheel so as to avoid any damage to the grippers in the vicinity of the transfer point (T). - a first wheel , which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a first axis (A1) of rotation by first drive means , and - a second wheel , which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a second axis (A2) of rotation by second drive means , said second wheel being driven in a direction counter to that of the first wheel ,
Exhaust gas heating assembly for an exhaust gas system of an internal combustion engine, comprising a heating unit housing through which exhaust gas can flow and a plurality of heating units arranged in the heating unit housing and elongated in the direction of a heating unit longitudinal axis (H), each having a first heating unit longitudinal end region and a second heating unit longitudinal end region , wherein the heating units are supported in their first heating unit longitudinal end regions and their second heating unit longitudinal end regions by means of a support structure with respect to the heating unit housing , wherein at least one heating unit comprises a jacket elongated in the direction of the heating unit longitudinal axis (H), characterized in that the at least one heating unit with a jacket elongated in the direction of the heating unit longitudinal axis (H) comprises a heating conductor element in the jacket and a heat transfer formation on an outer side of the jacket , and in that at least one heating unit with a jacket elongated in the direction of the longitudinal axis (H) of the heating unit is supported on the support structure with its first longitudinal end region of the heating unit and/or its second longitudinal end region of the heating unit so as to be movable in the longitudinal direction (H) of the heating unit.
A system for automatically starting a countermeasure launched from a carrier , characterised in that the countermeasure is equipped with a start-up ring arranged to produce physical conditions selected from a list comprising pressure, temperature and mechanical contact, in a sequence suitable for activating the countermeasure, the system comprising a start-up strap , one end of which is connected to the wearer and the other end of which comprises a device for inhibiting the starting ring of the countermeasure actuated by the strap after the countermeasure has been launched and at a first distance from the wearer in order to activate the countermeasure starting ring.
A method for producing a water-soluble cellulose ether having a low degree of polymerization, comprising the steps of: bringing a pulp powder having a multiplication product of less than 0.004 mm 2 which is obtained by multiplying a number-average fiber length by a number-average fiber width each measured with a Kajaani fiber length analyzer and in accordance with Japanese Industrial Standards (JIS) P8226 , into contact with an alkali metal hydroxide to obtain an alkali cellulose; reacting the alkali cellulose with an etherifying agent to obtain a crude water-soluble cellulose ether having a high degree of polymerization; purifying the crude water-soluble cellulose ether having a high degree of polymerization; drying the purified water-soluble cellulose ether having a high degree of polymerization; grinding the dried water-soluble cellulose ether having a high degree of polymerization into a water-soluble cellulose ether powder having a high degree of polymerization; and depolymerizing the water-soluble cellulose ether powder having a high degree of polymerization to obtain the water-soluble cellulose ether having a low degree of polymerization, wherein a) the pulp powder is derived from eucalyptus; and b) the intrinsic viscosity of the pulp is 300 ml/g or more but less than 900 ml/g, each as measured by the viscosity measurement method specified in Japanese Industrial Standards (JIS) P8215. bringing a pulp powder having a multiplication product of less than 0.004 mm 2 which is obtained by multiplying a number-average fiber length by a number-average fiber width each measured with a Kajaani fiber length analyzer and in accordance with Japanese Industrial Standards (JIS) P8226 , into contact with an alkali metal hydroxide to obtain an alkali cellulose; reacting the alkali cellulose with an etherifying agent to obtain a crude water-soluble cellulose ether having a high degree of polymerization; purifying the crude water-soluble cellulose ether having a high degree of polymerization; drying the purified water-soluble cellulose ether having a high degree of polymerization; grinding the dried water-soluble cellulose ether having a high degree of polymerization into a water-soluble cellulose ether powder having a high degree of polymerization; and depolymerizing the water-soluble cellulose ether powder having a high degree of polymerization to obtain the water-soluble cellulose ether having a low degree of polymerization, wherein a) the pulp powder is derived from eucalyptus; and b) the intrinsic viscosity of the pulp is 300 ml/g or more but less than 900 ml/g, each as measured by the viscosity measurement method specified in Japanese Industrial Standards (JIS) P8215. a) the pulp powder is derived from eucalyptus; and b) the intrinsic viscosity of the pulp is 300 ml/g or more but less than 900 ml/g, each as measured by the viscosity measurement method specified in Japanese Industrial Standards (JIS) P8215.
Sanitary shower head , comprising - a shower head housing having a fluid inlet , - a fluid chamber in fluid communication with the fluid inlet in the shower head housing, and - a jet disk including at least one jet discharge opening , which disk is arranged on a shower jet discharge side of the shower head housing and is held on a circumferential side on the shower head housing and confines the fluid chamber on a discharge side, - wherein the jet disk is an elastic disk which is capable of being elastically deformed by a fluid pressure in the fluid chamber from an initial contour to a final contour , characterized in that - the fluid chamber is confined by a boundary surface on a side located opposite the jet disk , which boundary surface extends in conformity with the initial contour of the jet disk at least in a partial surface region (TB, TB1), and/or - the initial contour of the jet disk extends inwardly curved in direction towards the fluid chamber . - a shower head housing having a fluid inlet , - a fluid chamber in fluid communication with the fluid inlet in the shower head housing, and - a jet disk including at least one jet discharge opening , which disk is arranged on a shower jet discharge side of the shower head housing and is held on a circumferential side on the shower head housing and confines the fluid chamber on a discharge side, - wherein the jet disk is an elastic disk which is capable of being elastically deformed by a fluid pressure in the fluid chamber from an initial contour to a final contour , - the fluid chamber is confined by a boundary surface on a side located opposite the jet disk , which boundary surface extends in conformity with the initial contour of the jet disk at least in a partial surface region (TB, TB1), and/or - the initial contour of the jet disk extends inwardly curved in direction towards the fluid chamber .
A method for establishing a multi-access protocol data unit, MA PDU, session of a user equipment, UE , by a home public land mobile network, HPLMN , in a communication network including a visited public land mobile network, VPLMN , the method comprising: receiving , from the VPLMN , information on an MA PDU session request for the UE registered to the VPLMN over 3rd generation partnership project, 3GPP, access and to the HPLMN over non-3GPP access; identifying whether the MA PDU session is allowed based on subscription data and home operator policy information; and transmitting , to the UE via the VPLMN , access traffic steering, switching and splitting, ATSSS, rules for the MA PDU session based on the MA PDU session being successfully established. receiving , from the VPLMN , information on an MA PDU session request for the UE registered to the VPLMN over 3rd generation partnership project, 3GPP, access and to the HPLMN over non-3GPP access; identifying whether the MA PDU session is allowed based on subscription data and home operator policy information; and transmitting , to the UE via the VPLMN , access traffic steering, switching and splitting, ATSSS, rules for the MA PDU session based on the MA PDU session being successfully established.
An image display apparatus having a display part that is arranged on a mount body which is mounted on a head of a user, the display part being configured for displaying an information image, the image display apparatus comprising: a detection part that detects a tilt of a head of the user; a control part that sets a virtual horizon (P) based on the tilt which is detected by the detection part and that sets a non-display region (A1, A2) having a band shape which is parallel to the virtual horizon; and a speed detection part that detects a movement speed, wherein the non-display region is a region between a first boundary line (Q1) that is provided by a first distance (L1) in an upper direction from and in parallel with the virtual horizon and a second boundary line (Q2) that is provided by a second distance (L2) in a lower direction from and in parallel with the virtual horizon, wherein the control part changes a relationship between the first distance (L1) and the second distance (L2) in accordance with the movement speed that is detected by the speed detection part, and wherein, when the information image and the region that is set as the non-display region (A1, A2) are overlapped with each other, the control part erases the information image or the control part shrinks the information image to a size in which the information image is not overlapped with the non-display region and displays the shrunk information image. a detection part that detects a tilt of a head of the user; a control part that sets a virtual horizon (P) based on the tilt which is detected by the detection part and that sets a non-display region (A1, A2) having a band shape which is parallel to the virtual horizon; and a speed detection part that detects a movement speed, wherein the non-display region is a region between a first boundary line (Q1) that is provided by a first distance (L1) in an upper direction from and in parallel with the virtual horizon and a second boundary line (Q2) that is provided by a second distance (L2) in a lower direction from and in parallel with the virtual horizon, wherein the control part changes a relationship between the first distance (L1) and the second distance (L2) in accordance with the movement speed that is detected by the speed detection part, and wherein, when the information image and the region that is set as the non-display region (A1, A2) are overlapped with each other, the control part erases the information image or the control part shrinks the information image to a size in which the information image is not overlapped with the non-display region and displays the shrunk information image.