mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic call synchronization system, comprising a wireless signal transponder , at least one mobile terminal having a wireless communication module, a fixed terminal having a wireless communication module and a pattern recognizer connected with the wireless signal transponder , wherein the mobile terminal is configured to transmit, when receiving an incoming calling signal and determining that an automatic call synchronization function is turn on, to the wireless signal transponder a call synchronization request carrying identification information of the mobile terminal and call information, the pattern recognizer is configured to authenticate, after receiving the call synchronization request forwarded by the wireless signal transponder , the mobile terminal according to the identification information of the mobile terminal , and to transmit to the fixed terminal a call access request carrying the identification information of the mobile terminal and the call information through the wireless signal transponder after the authentication is successful; the fixed terminal is configured to call a user of the mobile terminal according to the identification information of the mobile terminal and the call information after receiving the call access request, and to transmit, when the call is answered by the user using the fixed terminal , to the wireless signal transponder a call access response and to implement a conversation through a fixed phone operation network matched with the fixed terminal , characterized in that the mobile terminal is further configured to transmit to the pattern recognizer a conversation access request carrying the identification information of the mobile terminal through the wireless signal transponder when determining that the user answers the call using the mobile terminal ; and the pattern recognizer is further configured to authenticate the mobile terminal according to the identification information of the mobile terminal after receiving the call access response and the conversation access request forwarded by the wireless signal transponder , and to establish a communication channel between the mobile terminal and the fixed terminal through the wireless signal transponder after the authentication is successful.
A hydrogel comprising PVA or co-polymers of PVA, in which the PVA backbone comprises at least two pendant chains that comprise cross-linkable ethylenically unsaturated functional groups, which cross linkable groups are cross linked by a vinylic co-monomer wherein the hydrogel additionally comprises 1,3-diol groups of the PVA backbone which are coupled with a radiopaque species through a cyclic acetal group, wherein the radiopaque species comprises one or more covalently bound iodines.
A defibrillator system comprising; a portable external defibrillator ; a sensor configured to collect chest compression parameters; a video camera configured to acquire a video of a subject being treated by the defibrillator ; a data collection unit configured to collect a plurality of types of real-time subject monitoring data associated with the subject, wherein the plurality of types of data includes the chest compression parameters; a communications unit configured to establish a communication channel between the defibrillator system and an emergency response center ; and a processing unit configured to: cause transmission of identifiers of the plurality of types of data to the emergency response center ; receive from the emergency response center a selection of at least one of the plurality of types of data; determine the available bandwidth of the communication channel ; compare available bandwidth of the communication channel to a threshold bandwidth, wherein if the available bandwidth exceeds the threshold bandwidth, cause transmission of both the video of the subject and the selected types of data associated with the subject; and if the available bandwidth is less than the threshold bandwidth, cause transmission of only the selected types of data associated with the subject. cause transmission of identifiers of the plurality of types of data to the emergency response center ; receive from the emergency response center a selection of at least one of the plurality of types of data; determine the available bandwidth of the communication channel ; compare available bandwidth of the communication channel to a threshold bandwidth, wherein if the available bandwidth exceeds the threshold bandwidth, cause transmission of both the video of the subject and the selected types of data associated with the subject; and if the available bandwidth is less than the threshold bandwidth, cause transmission of only the selected types of data associated with the subject. if the available bandwidth exceeds the threshold bandwidth, cause transmission of both the video of the subject and the selected types of data associated with the subject; and if the available bandwidth is less than the threshold bandwidth, cause transmission of only the selected types of data associated with the subject.
A method of operating a wireless network node (BS1, BS2) associated with a cell (RC1, RC2), comprising the steps of: restricting (S4), during time periods when there are no active terminals (T1, T2, T3, T5) served by the cell (RC1, RC2), transmission downlink in the cell (RC1, RC2) to intermittent transmission of information in a discontinuous transmission cycle, the discontinuous transmission cycle comprising a non-transmission period and a transmission period, and the information is information assisting active terminals (T1, T2, T3, T5) not served by the cell (RC1, RC2) in finding the cell and performing mobility measurements (RC1, RC2); and, resuming transmission activity to enter a continuous transmission mode of the cell. restricting (S4), during time periods when there are no active terminals (T1, T2, T3, T5) served by the cell (RC1, RC2), transmission downlink in the cell (RC1, RC2) to intermittent transmission of information in a discontinuous transmission cycle, the discontinuous transmission cycle comprising a non-transmission period and a transmission period, and the information is information assisting active terminals (T1, T2, T3, T5) not served by the cell (RC1, RC2) in finding the cell and performing mobility measurements (RC1, RC2); and, resuming transmission activity to enter a continuous transmission mode of the cell.
A winding device for being used on a sun protection device, the winding device comprising a hollow winding shaft on which a sun protection blind is capable of being wound, a support element which is mounted at least on one side in a rotationally fixed manner and on which the winding shaft is rotatably mounted by means of pivot bearings being disposed inside the winding shaft , and the support element having a neutral bending fibre running parallel to the longitudinal axis of the winding shaft , characterised in that a traction or pressure member is provided on or in the support element , at least a section of said traction or pressure member running outside the neutral bending fibre of the support element , the traction or pressure member being capable of being clamped under traction or pressure between two end pieces fixed on the support element , an adjusting element being provided between at least one end piece on the support element on the one hand and the traction or pressure member on the other hand, the length of the traction or pressure member or the clamping length between the end bearings being changeable by means of said adjusting element.
A process for forming a brominated butadiene polymer comprising a) reacting a butadiene polymer containing aliphatic carbon-carbon double bonds with tetraethylammonium tribromide, in the presence of at least one solvent for the butadiene polymer and tetraethylammonium monobromide salt, to form a brominated butadiene polymer and tetraethylammonium monobromide salt as a by-product, wherein at least the tetraethylammonium monobromide salt remains dissolved in the solvent, b) selectively separating either the brominated butadiene polymer or the tetraethylammonium monobromide salt from the solvent and c) if necessary, recovering the brominated butadiene polymer from the solvent, wherein the solvent is chloroform, dichloromethane, dibromomethane or bromochloromethane, and, wherein the brominated butadiene polymer is recovered without contacting it with an aqueous phase.
Gap bridging means for a rail vehicle for bridging the gap between a passenger compartment floor and a platform , comprising a kick plate , which is mounted such that it can be slid horizontally, and a pivoting arm which can be pivoted about a rotational pin which is arranged below the kick plate parallel to the vehicle longitudinal pin, which pivoting arm extends from the rotational pin as far as the kick plate , the pivoting arm being connected in an articulated manner to the kick plate and being mounted on the kick plate such that it can be slid over a certain length section, characterized in that a restoring force which is applied by means of a spring acts on the pivoting arm in the direction of a rest position.
Method for providing information (PINF) to a user of a communication terminal, said information (i) being based on data (d) relating to at least one object connected (OCi) to a communication network and associated with the destination user, the information-providing method (PINF) including : - selecting (SLCT) a broadcasting channel (cd j ) from among several broadcasting channels the communication terminal is able to use, the selected broadcasting channel being selected depending on the broadcasting channel actively used by the communication terminal (TU n ) of the destination user, - generating a piece of information (i) formatted to be reproduced by the communication terminal and depending : ∘ on the at least one datum (d) originating from at least one connected object (OCi) associated with the user (U); and ∘ on a behavior of the communication terminal; and - integrating (INT) the generated piece of information into useful data of a signal in the process of being transmitted via the selected broadcasting channel that is actively used by the communication terminal. - selecting (SLCT) a broadcasting channel (cd j ) from among several broadcasting channels the communication terminal is able to use, the selected broadcasting channel being selected depending on the broadcasting channel actively used by the communication terminal (TU n ) of the destination user, - generating a piece of information (i) formatted to be reproduced by the communication terminal and depending : ∘ on the at least one datum (d) originating from at least one connected object (OCi) associated with the user (U); and ∘ on a behavior of the communication terminal; and ∘ on the at least one datum (d) originating from at least one connected object (OCi) associated with the user (U); and ∘ on a behavior of the communication terminal; and - integrating (INT) the generated piece of information into useful data of a signal in the process of being transmitted via the selected broadcasting channel that is actively used by the communication terminal.
An Augmented Reality, AR, -device for metrology, geodesy, and civil engineering, comprising • a visual sensor configured for capturing an environment of the AR-device, • a display configured for providing □ a real view of the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data comprise at least one of design data and measured data, • a computer configured for □ reading and controlling the visual sensor, □ at least one of receiving, generating, and storing • the AR-data, and • identification features which are assigned to each of a plurality of reference systems , □ generating the overlays, □ establishing a referenced status of the AR-device relative to each of the reference systems in each case by • identifying a reference system based on at least one identification feature captured by the visual sensor, and • determining a pose of the AR-device relative to the identified reference system, and wherein the computer is further configured for □ maintaining the referenced status even in case of loss of visual contact between the visual sensor and the at least one identification feature, based on a Visual Simultaneous Localisation and Mapping, VSLAM, -process. • a visual sensor configured for capturing an environment of the AR-device, • a display configured for providing □ a real view of the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data comprise at least one of design data and measured data, □ a real view of the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data comprise at least one of design data and measured data, • a computer configured for □ reading and controlling the visual sensor, □ at least one of receiving, generating, and storing • the AR-data, and • identification features which are assigned to each of a plurality of reference systems , □ generating the overlays, □ establishing a referenced status of the AR-device relative to each of the reference systems in each case by • identifying a reference system based on at least one identification feature captured by the visual sensor, and • determining a pose of the AR-device relative to the identified reference system, and □ reading and controlling the visual sensor, □ at least one of receiving, generating, and storing • the AR-data, and • identification features which are assigned to each of a plurality of reference systems , • the AR-data, and • identification features which are assigned to each of a plurality of reference systems , □ generating the overlays, □ establishing a referenced status of the AR-device relative to each of the reference systems in each case by • identifying a reference system based on at least one identification feature captured by the visual sensor, and • determining a pose of the AR-device relative to the identified reference system, and • identifying a reference system based on at least one identification feature captured by the visual sensor, and • determining a pose of the AR-device relative to the identified reference system, and
A high performance synchronous transmission aboard a motorcycle for transmitting the motion generated by an engine to a driving wheel, between a crankshaft and a hub shaft parallel therebetween and perpendicular to the median plane of the motorcycle, the transmission comprising the crankshaft , the hub shaft , a primary shaft of mechanical gearbox equipped with a primary gearwheel , and a pair of secondary shafts equipped with one or more secondary gearwheels for transmitting the motion to a hub shaft , wherein the primary shaft receives the motion through a driven pulley which receives the motion by a driving pulley connected to the crankshaft , an input clutch being provided on the primary shaft.
A method of forming an oral care implement comprising: a) providing a body comprising a base and a bridge extending from a distal end of the base , the bridge terminating in a free end , the bridge further comprising first and second carrier sections , the first and second carrier sections separated by a first flexible transverse hinge , wherein a first aperture is formed into the first flexible transverse hinge ; b) mounting a first group of movable tooth cleaning elements to the first carrier section and a second group of movable tooth cleaning elements to the second carrier section ; c) mounting a fixed cleaning element to the base ; d) bending the bridge toward a proximal end of the base so that the fixed cleaning element extends through the first aperture ; and e) coupling the free end of the bridge to the proximal end of the base , thereby forming a head of an oral care implement. a) providing a body comprising a base and a bridge extending from a distal end of the base , the bridge terminating in a free end , the bridge further comprising first and second carrier sections , the first and second carrier sections separated by a first flexible transverse hinge , wherein a first aperture is formed into the first flexible transverse hinge ; b) mounting a first group of movable tooth cleaning elements to the first carrier section and a second group of movable tooth cleaning elements to the second carrier section ; c) mounting a fixed cleaning element to the base ; d) bending the bridge toward a proximal end of the base so that the fixed cleaning element extends through the first aperture ; and e) coupling the free end of the bridge to the proximal end of the base , thereby forming a head of an oral care implement.
Electrical machine, - wherein the electrical machine has a housing , a stator and a rotor , - wherein the rotor is mounted relative to the stator , such that the rotor can be rotated about an axis of rotation , - wherein the stator surrounds the rotor radially on the outside, - wherein the housing is shrunk onto the stator from radially outside, - wherein the stator has on its radially outer periphery spring elements which are at least partially elastically deflected radially inward during shrinking of the housing onto the stator , such that they abut the housing with a spring force, characterised in that the stator has an end plate at each of its two axial ends, the spring elements are arranged on the end plates and the spring elements are embodied as projections which extend from a flat main element of the respective end plate viewed in the axial direction away from the stator . - wherein the electrical machine has a housing , a stator and a rotor , - wherein the rotor is mounted relative to the stator , such that the rotor can be rotated about an axis of rotation , - wherein the stator surrounds the rotor radially on the outside, - wherein the housing is shrunk onto the stator from radially outside, - wherein the stator has on its radially outer periphery spring elements which are at least partially elastically deflected radially inward during shrinking of the housing onto the stator , such that they abut the housing with a spring force,
A staple which comprises a length of metal wire shaped to form: a crown ; and two spikes , each spike depending from a respective end of the crown and comprising: a shoulder at each end of the crown ; a sharpened tip portion ; and an elbow interposed between each tip portion and the shoulder , the elbow having a proximal limb that depends from a depending portion and a distal limb that depends from the proximal limb , so that the tip portion depends from the distal limb ,the shoulder including the depending portion that depends from the crown ; characterised in that an included angle (α) between a longitudinal axis of the crown and a longitudinal axis of the depending portion is between 91° and 96°; an included angle (β) between a longitudinal axis of the proximal limb and the longitudinal axis of the crown is between 60° and 85°; an included angle (ω) between the longitudinal axis of the crown and a longitudinal axis of each tip portion is between 85° and 95°; an included angle (γ) between a longitudinal axis of each distal limb and the longitudinal axis of the crown is between 95° and 130°, such that the length of metal wire is shaped so that when the spikes are driven into workpiece(s), the spikes are urged away from each other causing the crown to bow; and the shoulder has an internal radius of curvature greater than 2 mm. a crown ; and two spikes , each spike depending from a respective end of the crown and comprising: a shoulder at each end of the crown ; a sharpened tip portion ; and an elbow interposed between each tip portion and the shoulder , the elbow having a proximal limb that depends from a depending portion and a distal limb that depends from the proximal limb , so that the tip portion depends from the distal limb ,the shoulder including the depending portion that depends from the crown ; a shoulder at each end of the crown ; a sharpened tip portion ; and an elbow interposed between each tip portion and the shoulder , the elbow having a proximal limb that depends from a depending portion and a distal limb that depends from the proximal limb , so that the tip portion depends from the distal limb ,the shoulder including the depending portion that depends from the crown ; characterised in that an included angle (α) between a longitudinal axis of the crown and a longitudinal axis of the depending portion is between 91° and 96°; an included angle (β) between a longitudinal axis of the proximal limb and the longitudinal axis of the crown is between 60° and 85°; an included angle (ω) between the longitudinal axis of the crown and a longitudinal axis of each tip portion is between 85° and 95°; an included angle (γ) between a longitudinal axis of each distal limb and the longitudinal axis of the crown is between 95° and 130°, such that the length of metal wire is shaped so that when the spikes are driven into workpiece(s), the spikes are urged away from each other causing the crown to bow; and the shoulder has an internal radius of curvature greater than 2 mm.
Additive manufacturing apparatus comprising: a controller to: receive object data relating to an object to be generated; define print data for additive manufacture of the object by ejection of a print agent on build material in a pattern corresponding to selective fusing of the build material, and a print agent distributor to eject a print agent on build material based on the print data, characterized in that the print data is defined based on the object data so that the pattern defines a shield feature embedded within the object to inhibit fusing of build material corresponding to the shield feature relative build material corresponding to an adjacent portion of the object. receive object data relating to an object to be generated; define print data for additive manufacture of the object by ejection of a print agent on build material in a pattern corresponding to selective fusing of the build material, and a print agent distributor to eject a print agent on build material based on the print data, characterized in that the print data is defined based on the object data so that the pattern defines a shield feature embedded within the object to inhibit fusing of build material corresponding to the shield feature relative build material corresponding to an adjacent portion of the object.