mhurhangee/ep-ind-claims huggingface dataset:
A birth delivery device (10, 30) comprising: one or more engaging elements (18, 32) shaped to engage a fetal head; one or more handles (19, 40) connected to said one or more engaging elements (18, 32) that manipulate said one or more engaging elements (18, 32); and position sensors, wherein said position sensors are in communication with a processor that processes data from said position sensors to determine positional information related to said fetal head, and wherein said position sensors comprise absolute position sensors or relative displacement sensors or sensors for tracking linear and angular movements; characterized in that the position sensors are placed on a portion of said handles (19, 40) and on said engaging elements (18, 32). one or more engaging elements (18, 32) shaped to engage a fetal head; one or more handles (19, 40) connected to said one or more engaging elements (18, 32) that manipulate said one or more engaging elements (18, 32); and position sensors, wherein said position sensors are in communication with a processor that processes data from said position sensors to determine positional information related to said fetal head, and wherein said position sensors comprise absolute position sensors or relative displacement sensors or sensors for tracking linear and angular movements; characterized in that the position sensors are placed on a portion of said handles (19, 40) and on said engaging elements (18, 32).
A method for storing a data file, 'DF', on a storage entity, 'SE', comprising the steps of: a) Chunking said DF into a number of blocks using a one-way-function being based on AES and a chunking key, which is not publically known, by a computing entity, 'CE', wherein said chunking key comprises information enabling to determine the boundaries of said blocks, wherein said boundaries are computed comprising the steps of a1) determining a byte-offset in said DF, a2) computing a checksum, a3) if said checksum matches a specific value, providing a boundary at said byte-offset, b) Computing a hash value for each of said blocks by said CE, c) Checking, by one or more proxies, 'PE', if said blocks are already stored resulting in a first number of already stored blocks and a second number of blocks not being stored, d) Encrypting, by said CE, the blocks not being stored using an encryption key, e) Transmitting, by said CE, said encrypted blocks to said SE for storing and f) Informing, by said CE, the PE about the hash values of the transmitted blocks and corresponding storage location information of said transmitted blocks. a) Chunking said DF into a number of blocks using a one-way-function being based on AES and a chunking key, which is not publically known, by a computing entity, 'CE', wherein said chunking key comprises information enabling to determine the boundaries of said blocks, wherein said boundaries are computed comprising the steps of a1) determining a byte-offset in said DF, a2) computing a checksum, a3) if said checksum matches a specific value, providing a boundary at said byte-offset, a1) determining a byte-offset in said DF, a2) computing a checksum, a3) if said checksum matches a specific value, providing a boundary at said byte-offset, b) Computing a hash value for each of said blocks by said CE, c) Checking, by one or more proxies, 'PE', if said blocks are already stored resulting in a first number of already stored blocks and a second number of blocks not being stored, d) Encrypting, by said CE, the blocks not being stored using an encryption key, e) Transmitting, by said CE, said encrypted blocks to said SE for storing and f) Informing, by said CE, the PE about the hash values of the transmitted blocks and corresponding storage location information of said transmitted blocks.
An isolated polypeptide having the ability to specifically form connections of glucosyl units in alpha-1,3 on an acceptor comprising at least one hydroxyl group and characterized in that said polypeptide comprises: i) pattern I of sequence SEQ ID NO: 1 ii) pattern II of sequence SEQ ID NO: 2 iii) pattern III of sequence SEQ ID NO: 3 iv) pattern IV of sequence SEQ ID NO: 4 or derivatives of one or more of said domains having at least 80% identity therewith; which polypeptide further has the aspartic residue in position 5 of pattern II (SEQ ID NO: 2), the glutamic residue in position 6 of pattern III (SEQ ID NO: 3) and the aspartic residue in position 6 of pattern IV (SEQ ID NO: 4). i) pattern I of sequence SEQ ID NO: 1 ii) pattern II of sequence SEQ ID NO: 2 iii) pattern III of sequence SEQ ID NO: 3 iv) pattern IV of sequence SEQ ID NO: 4
Use of a device comprising: at least one optical input for receiving a modulated broadband optical signal; at least one optical output; a dispersion element receiving the optical signal from the optical input and spatially separating the optical signal into a plurality of wavelength components; a collimating element for collimating the plurality of wavelength components; and an actuatable optical arrangement receiving the collimated plurality of wavelength components from the collimating element as a programmable encoder, wherein said actuatable optical arrangement includes a digital micromirror device from which a programmably selected subset of wavelength components are reflected at least twice before being directed to a selected one of optical outputs to thereby encode a code division multiple access (CDMA) signal and wherein mirror strips are situated over the surface of the DMD and extending in a direction parallel to a rotation axis of micromirrors (141, 143, 145, 147) of the DMD. at least one optical input for receiving a modulated broadband optical signal; at least one optical output; a dispersion element receiving the optical signal from the optical input and spatially separating the optical signal into a plurality of wavelength components; a collimating element for collimating the plurality of wavelength components; and an actuatable optical arrangement receiving the collimated plurality of wavelength components from the collimating element as a programmable encoder, wherein said actuatable optical arrangement includes a digital micromirror device from which a programmably selected subset of wavelength components are reflected at least twice before being directed to a selected one of optical outputs to thereby encode a code division multiple access (CDMA) signal and wherein mirror strips are situated over the surface of the DMD and extending in a direction parallel to a rotation axis of micromirrors (141, 143, 145, 147) of the DMD.
A pivot drive comprising: a base; and an output element beingrotatable around an axis of rotation and pivotable around two or more pivot axes, the two or more pivot axes intersecting each other at a point of intersection which is arranged on the axis of rotation, and wherein the pivot drive has a rotation actuator and two or more pivot actuators (42, 44), and the output element is supported on a drive element which in turn is supported on the base, the drive element being rotatable with respect to the base, characterized in that the rotation actuator and the pivot actuators (42, 44) are mounted in a stationary manner with respect to the base. a base; and an output element beingrotatable around an axis of rotation and pivotable around two or more pivot axes, the two or more pivot axes intersecting each other at a point of intersection which is arranged on the axis of rotation, and wherein the pivot drive has a rotation actuator and two or more pivot actuators (42, 44), and the output element is supported on a drive element which in turn is supported on the base, the drive element being rotatable with respect to the base, characterized in that the rotation actuator and the pivot actuators (42, 44) are mounted in a stationary manner with respect to the base.
A display device comprising: a display panel; a bottom panel member which is attached to a lower surface of the display panel by an adhesive member, the bottom panel member includes at least one of a light absorbing member for absorbing light incident from an outside, a buffer member for absorbing an external impact, a heat dissipating member for dissipating the heat of the display panel, and a light shielding layer for blocking light incident from the outside; a fingerprint sensor which is attached to a bottom of the bottom panel member and senses a user's fingerprint by emitting ultrasonic waves; and a first vibrator which is disposed on a surface of the fingerprint sensor and which is attached to the bottom of the bottom panel member, the first vibrator generating vibrations based on driving voltages applied thereto, wherein the first vibrator vibrates the display panel to output sound when the first vibrator vibrates in a first frequency band and the first vibrator generates vibrations to provide haptic feedback to a user when the first vibrator vibrates in a second frequency band, wherein the second frequency band is lower than the first frequency band, and wherein the first vibrator includes a first vibration layer having a piezoelectric material that contracts or expands according to driving voltages. a display panel; a bottom panel member which is attached to a lower surface of the display panel by an adhesive member, the bottom panel member includes at least one of a light absorbing member for absorbing light incident from an outside, a buffer member for absorbing an external impact, a heat dissipating member for dissipating the heat of the display panel, and a light shielding layer for blocking light incident from the outside; a fingerprint sensor which is attached to a bottom of the bottom panel member and senses a user's fingerprint by emitting ultrasonic waves; and a first vibrator which is disposed on a surface of the fingerprint sensor and which is attached to the bottom of the bottom panel member, the first vibrator generating vibrations based on driving voltages applied thereto, wherein the first vibrator vibrates the display panel to output sound when the first vibrator vibrates in a first frequency band and the first vibrator generates vibrations to provide haptic feedback to a user when the first vibrator vibrates in a second frequency band, wherein the second frequency band is lower than the first frequency band, and wherein the first vibrator includes a first vibration layer having a piezoelectric material that contracts or expands according to driving voltages.
An apparatus, comprising: a first thermal device; a second thermal device; at least one elastic element; a connection element having a variable diameter and configured to releasably connect the first thermal device and the second thermal device, wherein the connection between the first thermal device and the second thermal device is releasable by means of a return force provided by the at least one elastic element; and a plug which is insertable in the connection element and configured to enlarge the variable diameter of the connection element to establish mechanical contact between the connection element and the second thermal device. a first thermal device; a second thermal device; at least one elastic element; a connection element having a variable diameter and configured to releasably connect the first thermal device and the second thermal device, wherein the connection between the first thermal device and the second thermal device is releasable by means of a return force provided by the at least one elastic element; and a plug which is insertable in the connection element and configured to enlarge the variable diameter of the connection element to establish mechanical contact between the connection element and the second thermal device.
A laser-based dental treatment system comprising: a laser producing a pulsed laser beam; a galvo-mirror assembly (213a, 213b, 212a, 212b) for directing a sequence of pulses of the pulsed laser beam to a selected treatment region; a controller; and a variable input device connected to the controller for controlling the laser-based dental treatment system, the variable input device being a variable switch adapted to input an adjustment to at least one characteristic of the sequence of pulses based on an operator interaction with the variable input device while the sequence of pulses is being directed to the selected treatment area, wherein, while the sequence of pulses is being directed to the selected treatment area, characterized in that the controller is configured to adjust a rate of movement of the galvo-mirror assembly (213a, 213b, 212a, 212b) automatically and as a function of the at least one adjusted characteristic of the sequence of pulses. a laser producing a pulsed laser beam; a galvo-mirror assembly (213a, 213b, 212a, 212b) for directing a sequence of pulses of the pulsed laser beam to a selected treatment region; a controller; and a variable input device connected to the controller for controlling the laser-based dental treatment system, the variable input device being a variable switch adapted to input an adjustment to at least one characteristic of the sequence of pulses based on an operator interaction with the variable input device while the sequence of pulses is being directed to the selected treatment area, wherein, while the sequence of pulses is being directed to the selected treatment area, characterized in that the controller is configured to adjust a rate of movement of the galvo-mirror assembly (213a, 213b, 212a, 212b) automatically and as a function of the at least one adjusted characteristic of the sequence of pulses.
An electric-vehicle-body structure for an electric vehicle, said structure being constituted by a lower-portion structural body and an upper-portion structural body, the lower-portion structural body including a traveling motor and a battery unit that supplies electric power to the traveling motor, wherein the battery unit includes a battery frame extending in the vehicle front-rear direction, and the upper-portion structural body comprising: a floor panel constituting a floor of an occupant space including a seat (FS, RS) on which a passenger is able to sit, wherein the battery frame is disposed at a lower position than the floor panel; the electric-vehicle-body structure being characterized in a center frame disposed to be higher than and away from the floor panel at a vehicle-width-direction central portion of the occupant space and extending in a vehicle front-rear direction, wherein disposition positions of the battery frame and the center frame are set to achieve a positional relation in which at least one battery frame member (16 to 19) of the battery frame and the center frame overlap each other in a plan view. the lower-portion structural body including a traveling motor and a battery unit that supplies electric power to the traveling motor, wherein the battery unit includes a battery frame extending in the vehicle front-rear direction, and the upper-portion structural body comprising: a floor panel constituting a floor of an occupant space including a seat (FS, RS) on which a passenger is able to sit, wherein the battery frame is disposed at a lower position than the floor panel; the electric-vehicle-body structure being characterized in a center frame disposed to be higher than and away from the floor panel at a vehicle-width-direction central portion of the occupant space and extending in a vehicle front-rear direction, wherein disposition positions of the battery frame and the center frame are set to achieve a positional relation in which at least one battery frame member (16 to 19) of the battery frame and the center frame overlap each other in a plan view. a center frame disposed to be higher than and away from the floor panel at a vehicle-width-direction central portion of the occupant space and extending in a vehicle front-rear direction, wherein disposition positions of the battery frame and the center frame are set to achieve a positional relation in which at least one battery frame member (16 to 19) of the battery frame and the center frame overlap each other in a plan view.
An electronic ink, comprising: a non-polar carrier fluid; a colorant particle dispersion, including: an other non-polar carrier fluid, the other non-polar carrier fluid being the same as, or different from the non-polar carrier fluid; colorant particles; and chargeable dispersant molecules bonded to the colorant particles; and a charge director to charge the chargeable dispersant molecules; wherein each of the chargeable dispersant molecules comprises a central chromophore with at least one chargeable pendant group covalently bonded to the central chromophore, and with at least one steric stabilization group covalently bonded to the central chromophore. a non-polar carrier fluid; a colorant particle dispersion, including: an other non-polar carrier fluid, the other non-polar carrier fluid being the same as, or different from the non-polar carrier fluid; colorant particles; and chargeable dispersant molecules bonded to the colorant particles; and a charge director to charge the chargeable dispersant molecules; wherein each of the chargeable dispersant molecules comprises a central chromophore with at least one chargeable pendant group covalently bonded to the central chromophore, and with at least one steric stabilization group covalently bonded to the central chromophore. an other non-polar carrier fluid, the other non-polar carrier fluid being the same as, or different from the non-polar carrier fluid; colorant particles; and chargeable dispersant molecules bonded to the colorant particles; and a charge director to charge the chargeable dispersant molecules; wherein each of the chargeable dispersant molecules comprises a central chromophore with at least one chargeable pendant group covalently bonded to the central chromophore, and with at least one steric stabilization group covalently bonded to the central chromophore.
A safety device (10, 20, 30,40, 50) for preventing overcurrent, comprising: a first heat dissipation portion made of an electrically conductive material; a second heat dissipation portion made of an electrically conductive material; and a connecting part made of an electrically conductive material arranged between the first heat dissipation portion and the second heat dissipation portion, and provided with at least one heat locking hole (14, 15), wherein the connecting part has a first heat locking portion, a fusing portion, and a second heat locking portion, and wherein the at least one heat locking hole (14, 15) is located in the first heat locking portion and/or the second heat locking portion, characterized in that each of the first heat dissipation portion and the second heat dissipation portion is provided with a mounting pin (16, 18) and at least an auxiliary pin (17, 19), both mounting pins (16, 18) and the auxiliary pins (17, 19) being suitable for mounting the safety device (10, 20, 30, 40, 50) on a printed circuit board. a first heat dissipation portion made of an electrically conductive material; a second heat dissipation portion made of an electrically conductive material; and a connecting part made of an electrically conductive material arranged between the first heat dissipation portion and the second heat dissipation portion, and provided with at least one heat locking hole (14, 15), wherein the connecting part has a first heat locking portion, a fusing portion, and a second heat locking portion, and wherein the at least one heat locking hole (14, 15) is located in the first heat locking portion and/or the second heat locking portion, characterized in that each of the first heat dissipation portion and the second heat dissipation portion is provided with a mounting pin (16, 18) and at least an auxiliary pin (17, 19), both mounting pins (16, 18) and the auxiliary pins (17, 19) being suitable for mounting the safety device (10, 20, 30, 40, 50) on a printed circuit board.
Ball screw drive, comprising • a threaded spindle, and • a spindle nut which at least partially surrounds the threaded spindle coaxially; and • a plurality of balls which can rotate in the intermediate space between the threaded spindle and the spindle nut; and • a ball deflector arranged in an opening in the lateral surface of the spindle nut, which ball deflector is designed at least in two parts and comprises an upper shell and a lower shell, wherein the lower shell is arranged radially inwardly closer to the longitudinal axis of the spindle nut than the upper shell, and • the lower shell has a substantially half-shell contour, characterized in that • the upper shell and lower shell are fastened in the spindle nut without further, discrete mechanical fastening means; • but the connection of the upper shell and the spindle nut is made by a locking mechanism, based on a spring element on the upper shell, which in the assembled state engages in a groove in the side wall of the opening in the spindle nut and secures the upper shell in a defined position in the opening. • a threaded spindle, and • a spindle nut which at least partially surrounds the threaded spindle coaxially; and • a plurality of balls which can rotate in the intermediate space between the threaded spindle and the spindle nut; and • a ball deflector arranged in an opening in the lateral surface of the spindle nut, which ball deflector is designed at least in two parts and comprises an upper shell and a lower shell, wherein the lower shell is arranged radially inwardly closer to the longitudinal axis of the spindle nut than the upper shell, and • the lower shell has a substantially half-shell contour, • the upper shell and lower shell are fastened in the spindle nut without further, discrete mechanical fastening means; • but the connection of the upper shell and the spindle nut is made by a locking mechanism, based on a spring element on the upper shell, which in the assembled state engages in a groove in the side wall of the opening in the spindle nut and secures the upper shell in a defined position in the opening.