mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for providing linear actuation to a device having a moveable portion and an immoveable portion, the apparatus comprising: a plurality of pneumatic linear actuator modules , each of the plurality of pneumatic linear actuator modules including a static portion and a dynamic portion, wherein the dynamic portion is moveable in a linear fashion relative to the static portion; a dynamic actuator linkage configured to connect the dynamic portion of each of the plurality of pneumatic linear actuator modules to the moveable portion of the device ; and a static actuator linkage configured to connect the static portion of each of the plurality of pneumatic linear actuator modules to the immoveable portion of the device ; wherein a number of pneumatic linear actuator modules one less than the plurality of pneumatic linear actuator modules are configured to provide linear actuation to the device , characterized in that the apparatus further comprises a plurality of isolation valves adapted to selectively connect and isolate a respective pneumatic linear actuator module to/from a compressed gas supply (S); wherein each of the plurality of pneumatic linear actuator modules includes a bleed valve for relieving pressure within the respective pneumatic linear actuator module; wherein each of the plurality of actuator modules is configured to selectively couple and decouple to the dynamic actuator linkage and the static actuator linkage , without any downtime in the operation of the apparatus. a plurality of pneumatic linear actuator modules , each of the plurality of pneumatic linear actuator modules including a static portion and a dynamic portion, wherein the dynamic portion is moveable in a linear fashion relative to the static portion; a dynamic actuator linkage configured to connect the dynamic portion of each of the plurality of pneumatic linear actuator modules to the moveable portion of the device ; and a static actuator linkage configured to connect the static portion of each of the plurality of pneumatic linear actuator modules to the immoveable portion of the device ; wherein a number of pneumatic linear actuator modules one less than the plurality of pneumatic linear actuator modules are configured to provide linear actuation to the device , characterized in that the apparatus further comprises a plurality of isolation valves adapted to selectively connect and isolate a respective pneumatic linear actuator module to/from a compressed gas supply (S); wherein each of the plurality of pneumatic linear actuator modules includes a bleed valve for relieving pressure within the respective pneumatic linear actuator module; wherein each of the plurality of actuator modules is configured to selectively couple and decouple to the dynamic actuator linkage and the static actuator linkage , without any downtime in the operation of the apparatus.
An essentially feeder-free cell culture comprising (i) dissociated human pluripotent stem cells in a defined medium supplemented with 0.5% to 40% human serum, and (ii) a tissue culture vessel, wherein said cells and said medium are contained in said vessel, and wherein said vessel is uncoated and free of matrix. (i) dissociated human pluripotent stem cells in a defined medium supplemented with 0.5% to 40% human serum, and (ii) a tissue culture vessel, wherein said cells and said medium are contained in said vessel, and wherein said vessel is uncoated and free of matrix. wherein said cells and said medium are contained in said vessel, and wherein said vessel is uncoated and free of matrix.
Support (S) for attaching a camera (C) to a windshield (PB) of a motor vehicle (VEH) comprising a planar plate (P) intended to be attached to the windshield (PB), the plate (P) being made of composite material comprising a reinforced thermoplastic, the plate (P) being characterized in that it comprises, on its face opposite its face that can be in contact with the windshield (PB): - ramps (Rsup, Rinf) suitable for allowing the camera (C) to slide when it is being mounted, at least a part of said ramps (Rsup, Rinf) being able to be in contact with the camera (C) once mounted, - abutment means, including at least one abutment means associated with one of said ramps (Rsup, Rinf) to limit the translation of said camera (C) and at least one other abutment means that is at least one flexible abutment tab (LF) capable of immobilizing the camera (C) in contact, once said camera (C) is mounted on the plate (P). - ramps (Rsup, Rinf) suitable for allowing the camera (C) to slide when it is being mounted, at least a part of said ramps (Rsup, Rinf) being able to be in contact with the camera (C) once mounted, - abutment means, including at least one abutment means associated with one of said ramps (Rsup, Rinf) to limit the translation of said camera (C) and at least one other abutment means that is at least one flexible abutment tab (LF) capable of immobilizing the camera (C) in contact, once said camera (C) is mounted on the plate (P).
An illumination system comprising: - an LED driver for generating a controllable output voltage (Vi), the LED driver having two output terminals coupled to two input terminals of an LED system , wherein the LED driver is a voltage source or a current source; and - the LED system comprising: - a first group of LEDs having a first group threshold voltage (VT1); - a second group of LEDs having a second group threshold voltage (VT2); - passive current distribution means in the form of a passive impedance , coupled only in series with the first LED group ; and - two input terminals , wherein the first group of LEDs in series with the passive current distribution means is coupled between the two input terminals ; wherein the first group threshold voltage (VT1) is smaller than the second group threshold voltage (VT2), and wherein the passive impedance is sufficiently large such that a current of the first group of LEDs is determined by the passive impedance , wherein the second group of LEDs is coupled to a node of a voltage divider formed by two resistors connected in series between the input terminals . - an LED driver for generating a controllable output voltage (Vi), the LED driver having two output terminals coupled to two input terminals of an LED system , wherein the LED driver is a voltage source or a current source; and - the LED system comprising: - a first group of LEDs having a first group threshold voltage (VT1); - a second group of LEDs having a second group threshold voltage (VT2); - passive current distribution means in the form of a passive impedance , coupled only in series with the first LED group ; and - two input terminals , wherein the first group of LEDs in series with the passive current distribution means is coupled between the two input terminals ; - a first group of LEDs having a first group threshold voltage (VT1); - a second group of LEDs having a second group threshold voltage (VT2); - passive current distribution means in the form of a passive impedance , coupled only in series with the first LED group ; and - two input terminals , wherein the first group of LEDs in series with the passive current distribution means is coupled between the two input terminals ; wherein the first group threshold voltage (VT1) is smaller than the second group threshold voltage (VT2), and wherein the passive impedance is sufficiently large such that a current of the first group of LEDs is determined by the passive impedance , wherein the second group of LEDs is coupled to a node of a voltage divider formed by two resistors connected in series between the input terminals .
A liquid dispenser comprising: a case ; and a dispenser coupled to the case , wherein the dispenser includes: a dispenser side cover coupled to the case ; a stationary cover coupled to the dispenser side cover ; an adjustable cover configured to be movable within the stationary cover ; a lifting motor coupled to the adjustable cover , a gear module operably coupled to the lifting motor ; and a dispenser nozzle installed in the adjustable cover and configured to discharge liquid, wherein the stationary cover includes a rack gear extending in a vertical direction, wherein the gear module includes: a gear bracket attached to the adjustable cover ; and a gear installed at the gear bracket and interconnected with the rack gear ; wherein the gear is rotatable along the rack gear , and driven by the lifting motor to move the adjustable cover with respect to the stationary cover in vertical direction. a case ; and a dispenser coupled to the case , wherein the dispenser includes: a dispenser side cover coupled to the case ; a stationary cover coupled to the dispenser side cover ; an adjustable cover configured to be movable within the stationary cover ; a lifting motor coupled to the adjustable cover , a gear module operably coupled to the lifting motor ; and a dispenser nozzle installed in the adjustable cover and configured to discharge liquid, a dispenser side cover coupled to the case ; a stationary cover coupled to the dispenser side cover ; an adjustable cover configured to be movable within the stationary cover ; a lifting motor coupled to the adjustable cover , a gear module operably coupled to the lifting motor ; and a dispenser nozzle installed in the adjustable cover and configured to discharge liquid, wherein the stationary cover includes a rack gear extending in a vertical direction, wherein the gear module includes: a gear bracket attached to the adjustable cover ; and a gear installed at the gear bracket and interconnected with the rack gear ; wherein the gear is rotatable along the rack gear , and driven by the lifting motor to move the adjustable cover with respect to the stationary cover in vertical direction. a gear bracket attached to the adjustable cover ; and a gear installed at the gear bracket and interconnected with the rack gear ; wherein the gear is rotatable along the rack gear , and driven by the lifting motor to move the adjustable cover with respect to the stationary cover in vertical direction.
A mobile terminal comprising: a body; a display on the body; a key button on the body to receive a user input; wherein the user input to the key button is one of at least three different levels based on pressure applied to the key button , the three different levels include a first level corresponding to no user's pressure, a second level corresponding to a maximum user's pressure, and a third level corresponds to a level between the first level and the second level; a sensing unit to sense a motion of the body; and a controller configured to: display a selection indicator that includes a selected area and change the selected area of the display based on the motion sensed by the sensing unit when the user input corresponds to the third level, and execute a function corresponding to an object indicated by the selection indicator when the user input corresponds to the second level. a body; a display on the body; a key button on the body to receive a user input; wherein the user input to the key button is one of at least three different levels based on pressure applied to the key button , the three different levels include a first level corresponding to no user's pressure, a second level corresponding to a maximum user's pressure, and a third level corresponds to a level between the first level and the second level; a sensing unit to sense a motion of the body; and a controller configured to: display a selection indicator that includes a selected area and change the selected area of the display based on the motion sensed by the sensing unit when the user input corresponds to the third level, and execute a function corresponding to an object indicated by the selection indicator when the user input corresponds to the second level. display a selection indicator that includes a selected area and change the selected area of the display based on the motion sensed by the sensing unit when the user input corresponds to the third level, and execute a function corresponding to an object indicated by the selection indicator when the user input corresponds to the second level.
A head impact monitor system , comprising: a mouthpiece; a plurality of sensors each arranged on the mouthpiece, defining a sensor location, and configured to generate sensor data responsive to an impact and including a first acceleration; and a data transform component comprising computer-implemented instructions stored thereon and operable by a processor to: receive the sensor data from the plurality of sensors; register a relative position of the sensor location and a center of gravity of a head of a user; calculate a second acceleration at the center of gravity of the head of the user based on the first acceleration and the relative position of the sensor location and the center of gravity; and display the second acceleration. a mouthpiece; a plurality of sensors each arranged on the mouthpiece, defining a sensor location, and configured to generate sensor data responsive to an impact and including a first acceleration; and a data transform component comprising computer-implemented instructions stored thereon and operable by a processor to: receive the sensor data from the plurality of sensors; register a relative position of the sensor location and a center of gravity of a head of a user; calculate a second acceleration at the center of gravity of the head of the user based on the first acceleration and the relative position of the sensor location and the center of gravity; and display the second acceleration. receive the sensor data from the plurality of sensors; register a relative position of the sensor location and a center of gravity of a head of a user; calculate a second acceleration at the center of gravity of the head of the user based on the first acceleration and the relative position of the sensor location and the center of gravity; and display the second acceleration.
Method for classifying a traffic sign in an environment region of a motor vehicle as a traffic sign sticker located on an industrial or commercial vehicle or as a stationary traffic sign , wherein in the method at least one first image of the environment region , captured by a camera of the motor vehicle , is received and the traffic sign is recognized in the at least one first image , wherein a geometric dimension (D1', D2') of the traffic sign in the first image is determined on the basis of said first image , a first reference dimension (Dmin, Dmax), which is characteristic of a stationary traffic sign , is specified for the captured traffic sign , a first position (Pmin, Pmax) of the traffic sign in the environment region is estimated based on the geometric dimension (D1', D2') of the traffic sign in the first image and on the basis of the first reference dimension (Dmin, Dmax), and the traffic sign is classified as the traffic sign sticker or as the stationary traffic sign based on the estimated first position (Pmin, Pmax), wherein a movement progression of the traffic sign in the images in image coordinates (a, b) is determined on the basis of the first image and at least one second image, which has been captured by the camera , characterized in that a first movement progression characterizing a stationary traffic sign in the image coordinates (a, b) is determined proceeding from the first estimated position (Pmin, Pmax) in the environment region , and the captured traffic sign is classified as the stationary traffic sign or as the traffic sign sticker on the basis of a comparison of the movement progression of the captured traffic sign with the first characterizing movement progression, and in that , when comparing the movement progression of the captured traffic sign with the characterizing movement progression, only image coordinates (a, b) along a horizontal direction are compared.
A rubber-containing graft polymer, wherein a rubber to be grafted has a volume average particle size of 100 to 300 nm, a content of an acetone insoluble component in the rubber-containing graft polymer (100% by mass) is 92% to 99.5% by mass, and an acetone soluble component of the rubber-containing graft polymer has a weight average molecular weight of 250,000 to 700,000. wherein a rubber to be grafted has a volume average particle size of 100 to 300 nm, a content of an acetone insoluble component in the rubber-containing graft polymer (100% by mass) is 92% to 99.5% by mass, and an acetone soluble component of the rubber-containing graft polymer has a weight average molecular weight of 250,000 to 700,000.
A dynamic searchable symmetric encryption (DSSE) system comprising: a body area network (BAN) is configured to generate a first symmetric key (r); a health service provider (HSP) is configured to generate a first search token of keyword (w) using the first symmetric key (r); and a cloud network is communicatively coupled the HSP to the BAN; wherein the BAN is configured to update the first symmetric key (r) to a second symmetric key (r') after the HSP is revoked, the cloud network is configured to recover a second search token using the second symmetric key (r'), wherein the second search token is different from the first search token, wherein the DSSE system further comprises a cloud server, the cloud server is configured to maintain a bloom filter (BF), wherein the BAN is further configured to generate a MAC using a timestamp T and the BF, wherein the DSSE system further comprises a gateway configured to periodically collect data from at least one of HSP and BAN and aggregate the collected data in a single personal health information (PHI) file, wherein the gateway is further configured to extract keywords from, build an encrypted index with respect to the keywords based on a counter for each of the keywords into, and encrypt the PHI files, wherein the counter indicates the number of the PHI files having the respective keyword, and wherein the gateway is further configured to transmit the PHI file including the encrypted index to the cloud server for storage. a body area network (BAN) is configured to generate a first symmetric key (r); a health service provider (HSP) is configured to generate a first search token of keyword (w) using the first symmetric key (r); and a cloud network is communicatively coupled the HSP to the BAN; wherein the BAN is configured to update the first symmetric key (r) to a second symmetric key (r') after the HSP is revoked, the cloud network is configured to recover a second search token using the second symmetric key (r'), wherein the second search token is different from the first search token, wherein the DSSE system further comprises a cloud server, the cloud server is configured to maintain a bloom filter (BF), wherein the BAN is further configured to generate a MAC using a timestamp T and the BF, wherein the DSSE system further comprises a gateway configured to periodically collect data from at least one of HSP and BAN and aggregate the collected data in a single personal health information (PHI) file, wherein the gateway is further configured to extract keywords from, build an encrypted index with respect to the keywords based on a counter for each of the keywords into, and encrypt the PHI files, wherein the counter indicates the number of the PHI files having the respective keyword, and wherein the gateway is further configured to transmit the PHI file including the encrypted index to the cloud server for storage.
Accumulator comprising: - a main cylindrical housing having a closed first axial end and a second axial end ; - a piston arranged in the main cylindrical housing and sealed to the inner surface of the main cylindrical housing , which piston is movable in axial direction and provides with the main cylindrical housing and the closed first axial end of the main cylindrical housing a variable accumulating space ; - urging means arranged between the piston and the second axial end of the main cylindrical housing for urging the piston towards the first axial end of the main cylindrical housing ; - a fluid supply opening arranged in the first axial end of the main cylindrical housing , which fluid supply opening is in fluid connection with the variable accumulating space ; and - a protective cylindrical housing having a first and a second axial end , wherein the protective cylindrical housing is arranged concentrically with and spaced apart from the main cylindrical housing , wherein the protective cylindrical housing is arranged with its first axial end to the first axial end of the main cylindrical housing and wherein the second axial end of the protective cylindrical housing is closed and spaced apart from the second axial end of the main cylindrical housing , wherein a hole is arranged in the protective cylindrical housing , preferably in the closed second axial end ; characterized by , a one way valve which is arranged in the hole , wherein the space between the protective cylindrical housing and the main cylindrical housing is vacuumized or a fire extinguishing substance, such as an inert gas or an expansive foam, is arranged in the space between the protective cylindrical housing and the main cylindrical housing . - a main cylindrical housing having a closed first axial end and a second axial end ; - a piston arranged in the main cylindrical housing and sealed to the inner surface of the main cylindrical housing , which piston is movable in axial direction and provides with the main cylindrical housing and the closed first axial end of the main cylindrical housing a variable accumulating space ; - urging means arranged between the piston and the second axial end of the main cylindrical housing for urging the piston towards the first axial end of the main cylindrical housing ; - a fluid supply opening arranged in the first axial end of the main cylindrical housing , which fluid supply opening is in fluid connection with the variable accumulating space ; and - a protective cylindrical housing having a first and a second axial end , wherein the protective cylindrical housing is arranged concentrically with and spaced apart from the main cylindrical housing , wherein the protective cylindrical housing is arranged with its first axial end to the first axial end of the main cylindrical housing and wherein the second axial end of the protective cylindrical housing is closed and spaced apart from the second axial end of the main cylindrical housing , wherein a hole is arranged in the protective cylindrical housing , preferably in the closed second axial end ;