mhurhangee/patent-ind-claim-en huggingface dataset:
An injection molding machine, comprising: an operation panel including a display device; a control panel which is provided so as to be separated from the operation panel and is used in a control of injection molding based on setting input by the operation panel, the control panel including a housing accommodating electric devices comprising a processing device; a peripheral member which is provided in the periphery of the control panel ; a support member which supports the control panel to be movable by pivoting, by a linear movement, and/or by a curved movement between a close position at which the control panel closes a path reaching the peripheral member when an operation with respect to the peripheral member is performed and an open position at which the control panel opens the path; a frame (Fr) which supports at least one of a mold clamping unit and an injection unit , wherein the control panel is accommodated inside a room formed by the frame (Fr) along with the peripheral member when the control panel is positioned at the close position. an operation panel including a display device; a control panel which is provided so as to be separated from the operation panel and is used in a control of injection molding based on setting input by the operation panel, the control panel including a housing accommodating electric devices comprising a processing device; a peripheral member which is provided in the periphery of the control panel ; a support member which supports the control panel to be movable by pivoting, by a linear movement, and/or by a curved movement between a close position at which the control panel closes a path reaching the peripheral member when an operation with respect to the peripheral member is performed and an open position at which the control panel opens the path; a frame (Fr) which supports at least one of a mold clamping unit and an injection unit , wherein the control panel is accommodated inside a room formed by the frame (Fr) along with the peripheral member when the control panel is positioned at the close position.
A transformational toy , comprising: at least six polyhedron bodies , at least one connection strip for connecting the polyhedron bodies in a chain, wherein the connection strip provides hinges between every pair of adjacent polyhedron bodies of the chain, wherein the hinges facilitate movement of the polyhedron bodies between at least two different geometric transformations (G, G') of a combined body of all polyhedron bodies , at least one magnet placed inside each of the polyhedron bodies to maintain the combined body in each of the at least two different transformations (G, G'), characterised in that at least one of the connection strips is connecting at least three adjacent polyhedron bodies , therewith forming a hinge between every pair of adjacent polyhedron bodies . at least six polyhedron bodies , at least one connection strip for connecting the polyhedron bodies in a chain, wherein the connection strip provides hinges between every pair of adjacent polyhedron bodies of the chain, wherein the hinges facilitate movement of the polyhedron bodies between at least two different geometric transformations (G, G') of a combined body of all polyhedron bodies , at least one magnet placed inside each of the polyhedron bodies to maintain the combined body in each of the at least two different transformations (G, G'), characterised in that at least one of the connection strips is connecting at least three adjacent polyhedron bodies , therewith forming a hinge between every pair of adjacent polyhedron bodies .
A crystalline p-toluenesulfonic acid salt of the compound wherein the salt exhibits an XRPD pattern having one or more peaks selected from 5.0, 10.1, 22.1, and 24.5 ± 0.2 ° 2Θ as measured on a X'PertPRO MPD diffractometer equipped with a Cu CFF X-ray tube; and wherein the crystalline salt has a particle size distribution d(0.9) of from 5 to 50 μm.
A network server comprising: a memory ; and a processor to: determine a request initiated at a first communication device for avatar information associated with one or more users of communication devices, the first communication device associated with a first user; determine that a second communication device is within a proximity threshold, the second communication device associated with a second user, the second user associated with an avatar ; and provide an approved avatar included in an approved avatar set stored in the memory to the first user via the first communication device based on determining that the avatar associated with the second user is not included in the approved avatar set, the approved avatar being provided to the first user in lieu of the avatar associated with the second user being provided to the first user. a memory ; and a processor to: determine a request initiated at a first communication device for avatar information associated with one or more users of communication devices, the first communication device associated with a first user; determine that a second communication device is within a proximity threshold, the second communication device associated with a second user, the second user associated with an avatar ; and provide an approved avatar included in an approved avatar set stored in the memory to the first user via the first communication device based on determining that the avatar associated with the second user is not included in the approved avatar set, the approved avatar being provided to the first user in lieu of the avatar associated with the second user being provided to the first user. determine a request initiated at a first communication device for avatar information associated with one or more users of communication devices, the first communication device associated with a first user; determine that a second communication device is within a proximity threshold, the second communication device associated with a second user, the second user associated with an avatar ; and provide an approved avatar included in an approved avatar set stored in the memory to the first user via the first communication device based on determining that the avatar associated with the second user is not included in the approved avatar set, the approved avatar being provided to the first user in lieu of the avatar associated with the second user being provided to the first user.
An auto speed brake control system for controlling drag of an aircraft , the auto speed brake control system comprising: a speed brake controller configured to communicate with a drag device for controlling movement of the drag device between a stowed position and a deployed position and/or an intermediate deployed position ; and an autothrottle-autospeedbrake controller in communication with the speed brake controller and configured to receive a plurality of data signals including an aircraft speed data signal, an aircraft altitude data signal, a throttle position data signal, and a speed target data signal, wherein the autothrottle-autospeedbrake controller is operative to direct the speed brake controller to control movement of the drag device between the stowed position and the deployed position and/or the intermediate deployed position in response to at least the throttle position data signal, the aircraft speed data signal, and the speed target data signal. a speed brake controller configured to communicate with a drag device for controlling movement of the drag device between a stowed position and a deployed position and/or an intermediate deployed position ; and an autothrottle-autospeedbrake controller in communication with the speed brake controller and configured to receive a plurality of data signals including an aircraft speed data signal, an aircraft altitude data signal, a throttle position data signal, and a speed target data signal, wherein the autothrottle-autospeedbrake controller is operative to direct the speed brake controller to control movement of the drag device between the stowed position and the deployed position and/or the intermediate deployed position in response to at least the throttle position data signal, the aircraft speed data signal, and the speed target data signal.
In a computing environment, a method of protecting content, the method comprising; at a recipient , wherein access to at least some content used by the recipient is managed by an access server , the access server configured to control the recipient's use of managed content through interaction with a trusted agent tied to the recipient , receiving content from a publisher , wherein the content is encrypted to a content key , and wherein the content is associated with policy information , and wherein the trusted agent is software or hardware that an organization trusts to enforce policies on its behalf, wherein the policy information comprises: the content key for decrypting the content ; and wherein the policy information is encrypted to an access server key so that the policy information can be decrypted by the access server ; at the recipient , receiving from the access server , the content key , wherein the content key is encrypted to a trusted agent key such that the trusted agent can decrypt the content key , wherein the content key is further encrypted to at least one additional factor defining additional content protection beyond content protection provided by trusted agent ; at the recipient , decrypting the content key using the trusted agent key , by the trusted agent, and the at least one additional factor ; and decrypting the content using the content key . at a recipient , wherein access to at least some content used by the recipient is managed by an access server , the access server configured to control the recipient's use of managed content through interaction with a trusted agent tied to the recipient , receiving content from a publisher , wherein the content is encrypted to a content key , and wherein the content is associated with policy information , and wherein the trusted agent is software or hardware that an organization trusts to enforce policies on its behalf, wherein the policy information comprises: the content key for decrypting the content ; and wherein the policy information is encrypted to an access server key so that the policy information can be decrypted by the access server ; the content key for decrypting the content ; and wherein the policy information is encrypted to an access server key so that the policy information can be decrypted by the access server ; at the recipient , receiving from the access server , the content key , wherein the content key is encrypted to a trusted agent key such that the trusted agent can decrypt the content key , wherein the content key is further encrypted to at least one additional factor defining additional content protection beyond content protection provided by trusted agent ; at the recipient , decrypting the content key using the trusted agent key , by the trusted agent, and the at least one additional factor ; and decrypting the content using the content key .
An aerosol-generating device for heating an aerosol-generating article , the device comprising: a housing having an opening ; a chamber disposed within the housing , and configured to receive at least a portion of the aerosol-generating article through the opening in the housing ; a heater assembly disposed within the housing , and comprising a heating element configured to heat at least a portion of the chamber ; and a holding mechanism comprising at least one holding member disposed at or proximate to the opening of the housing, the at least one holding member comprising a plurality of blades in an iris arrangement, each of said blades being configured to move between: a first position, in which the aerosol-generating article can be inserted into the chamber via the opening ; and a second position, in which each blade has reduced the size of the opening relative to the size of the opening when the blades are in the first position. a housing having an opening ; a chamber disposed within the housing , and configured to receive at least a portion of the aerosol-generating article through the opening in the housing ; a heater assembly disposed within the housing , and comprising a heating element configured to heat at least a portion of the chamber ; and a holding mechanism comprising at least one holding member disposed at or proximate to the opening of the housing, the at least one holding member comprising a plurality of blades in an iris arrangement, each of said blades being configured to move between: a first position, in which the aerosol-generating article can be inserted into the chamber via the opening ; and a second position, in which each blade has reduced the size of the opening relative to the size of the opening when the blades are in the first position. a first position, in which the aerosol-generating article can be inserted into the chamber via the opening ; and a second position, in which each blade has reduced the size of the opening relative to the size of the opening when the blades are in the first position.
Control system for a motor vehicle with a first control unit connected in a signal transmitting manner to a first power electronics unit for powering a first actuator in a normal operation of the control system, where the control system features a reserve control unit, and where the reserve control unit is connected in a signal transmitting manner to the first control unit and depending on the input of an error signal of the first control unit in the reserve control unit the control system can be switched from normal operation into a first reserve operation, characterized in that the control system features a reserve power electronics unit connected in a signal transmitting manner to the reserve control unit for powering the first actuator in a first reserve operation of the control system, where the first power electronics unit can be galvanically isolated from the first actuator by means of at least one first isolating switch per phase of the first power electronics unit and the reserve power electronics unit can be galvanically connected to the first actuator by means of at least one first connecting switch per phase of the reserve power electronics unit .
A computer-implemented method for generating a confirmation haptic effect, the computer-implemented method comprising: receiving context metadata associated with a user interaction of a user interface element; mapping the context metadata to one or more haptic parameters ; generating a haptic signal based at least in part on the one or more haptic parameters ; and sending the haptic signal to an actuator to generate the confirmation haptic effect, wherein the confirmation haptic effect is generated in response to the user interaction with the user element and customized based on the context metadata, and the context metadata comprises sensor input data, characterized in that the sensor input data includes environmental sound data, wherein based on the sound, it is determined that the user's environment is noisy, and the magnitude or amplitude or intensity of the confirmation haptic effect is increased. receiving context metadata associated with a user interaction of a user interface element; mapping the context metadata to one or more haptic parameters ; generating a haptic signal based at least in part on the one or more haptic parameters ; and sending the haptic signal to an actuator to generate the confirmation haptic effect, wherein the confirmation haptic effect is generated in response to the user interaction with the user element and customized based on the context metadata, and the context metadata comprises sensor input data, characterized in that the sensor input data includes environmental sound data, wherein based on the sound, it is determined that the user's environment is noisy, and the magnitude or amplitude or intensity of the confirmation haptic effect is increased.
An apparatus for detecting freezing of a substance , the apparatus comprising: a container ; the container containing the substance which has a freezing temperature below which the substance is solid and above which the substance is liquid; characterised by : a light source connected to the container ; an actuator , the actuator being arranged to move the container ; and a light detection component ; the light detection component being arranged to detect light emitted by the light source ; the arrangement being such that, when the container is driven to move by the actuator , the amount of light detected by the light detection component varies depending on whether the substance in the container is in a solid state or a liquid state. a container ; the container containing the substance which has a freezing temperature below which the substance is solid and above which the substance is liquid; characterised by : a light source connected to the container ; an actuator , the actuator being arranged to move the container ; and a light detection component ; the light detection component being arranged to detect light emitted by the light source ; the arrangement being such that, when the container is driven to move by the actuator , the amount of light detected by the light detection component varies depending on whether the substance in the container is in a solid state or a liquid state.
A trailer reverse assist system for vehicle straight line backing-up of a trailer connected to the vehicle via a coupler , the vehicle having a steering system and vehicle dynamic sensors for detecting vehicle operating parameters, the system comprising: a coupler angle detection sensor constructed and arranged to detect a zero degree angle of the trailer relative to the vehicle , a trailer reverse assist module constructed and arranged to receive signals from the vehicle dynamic sensors and the coupler angle detection sensor , the trailer reverse assist module being associated with the steering system for causing changes to the vehicle's steering while backing up the trailer on an intended straight line implied path, and a drift controller constructed and arranged to receive signals from the vehicle dynamic sensors , the drift controller being electrically connected with the trailer reverse assist module , characterized in that when the vehicle is backing up the trailer on the intended straight line implied path and since the coupler angle detection sensor , detecting the zero degree angle, is not perfectly calibrated, based on the signals from the vehicle dynamic sensors , the drift controller is constructed and arranged 1) to estimate a distance that the trailer has drifted from the straight line desired path and 2) in a closed-loop feedback manner, to provide a drift correction signal to the trailer reverse assist module for modifying the value of the zero degree angle and thus cause adjustment of the steering system to realign the trailer towards the straight line implied path without manual steering intervention. a coupler angle detection sensor constructed and arranged to detect a zero degree angle of the trailer relative to the vehicle , a trailer reverse assist module constructed and arranged to receive signals from the vehicle dynamic sensors and the coupler angle detection sensor , the trailer reverse assist module being associated with the steering system for causing changes to the vehicle's steering while backing up the trailer on an intended straight line implied path, and a drift controller constructed and arranged to receive signals from the vehicle dynamic sensors , the drift controller being electrically connected with the trailer reverse assist module , characterized in that when the vehicle is backing up the trailer on the intended straight line implied path and since the coupler angle detection sensor , detecting the zero degree angle, is not perfectly calibrated, based on the signals from the vehicle dynamic sensors , the drift controller is constructed and arranged 1) to estimate a distance that the trailer has drifted from the straight line desired path and 2) in a closed-loop feedback manner, to provide a drift correction signal to the trailer reverse assist module for modifying the value of the zero degree angle and thus cause adjustment of the steering system to realign the trailer towards the straight line implied path without manual steering intervention.
A computer-implemented method for clutch start control of an internal combustion engine, ICE , in a vehicle , comprising: - when the vehicle is travelling on a road with the ICE being shut off, acquiring (S1) topographic data representative of the topography of an upcoming road segment , - predicting (S2) a driving scenario for at least a part of the upcoming road segment based on the acquired topographic data, - selecting (S3) a gear based on the predicted driving scenario, - starting (S4) the ICE on the selected gear before or when the vehicle reaches said part of the upcoming road segment, characterized by : - determining which gear was previously engaged before the ICE was turned off, wherein said step of starting the ICE on the selected gear is followed by performing a gear shift to said previously engaged gear. - when the vehicle is travelling on a road with the ICE being shut off, acquiring (S1) topographic data representative of the topography of an upcoming road segment , - predicting (S2) a driving scenario for at least a part of the upcoming road segment based on the acquired topographic data, - selecting (S3) a gear based on the predicted driving scenario, - starting (S4) the ICE on the selected gear before or when the vehicle reaches said part of the upcoming road segment, - determining which gear was previously engaged before the ICE was turned off, wherein said step of starting the ICE on the selected gear is followed by performing a gear shift to said previously engaged gear.
Method for the manufacture of a sole for a shoe, in particular for a sports shoe, comprising: a. opening a movable part of a mold to a predetermined extent; b. loading particles of expanded thermoplastic polyurethane, eTPU, into the mold; c. reducing the volume of the mold according to the shape of the sole which is to be manufactured; and d. feeding steam to the eTPU; wherein e. the mechanical properties of the sole are at least partly determined by the extent to which the mold is opened in step a., and wherein f. the particles of eTPU are compressed during step c. and wherein the extent to which the mold is opened in step a. determines the amount of particles available for compression. a. opening a movable part of a mold to a predetermined extent; b. loading particles of expanded thermoplastic polyurethane, eTPU, into the mold; c. reducing the volume of the mold according to the shape of the sole which is to be manufactured; and d. feeding steam to the eTPU; wherein e. the mechanical properties of the sole are at least partly determined by the extent to which the mold is opened in step a., and wherein f. the particles of eTPU are compressed during step c. and wherein the extent to which the mold is opened in step a. determines the amount of particles available for compression.