mhurhangee/ep-ind-claims huggingface dataset:
A wireless IC device comprising: a printed wiring substrate; a ground electrode (65, 69) provided on the printed wiring substrate, wherein the ground electrode (65, 69) is a metal film, and the ground electrode is configured to be used as a ground electrode for another circuit; a high-frequency device including a wireless IC chip and mounted to the printed wiring substrate; and a loop electrode connected to the wireless IC chip, wherein the loop electrode is defined by at least one of a portion of the ground electrode (65, 69) or a conductive member that is different from the ground electrode (65, 69) and is coupled to the ground electrode (65, 69); and wherein the ground electrode (65, 69) defines a radiation electrode that is configured to radiate an electromagnetic field, characterized in that the high-frequency device comprises the wireless IC chip and a power supply circuit substrate, wherein the wireless IC chip is mounted to the printed wiring substrate via the power supply circuit substrate, further comprising at least one resonant circuit provided in the power supply circuit substrate. a printed wiring substrate; a ground electrode (65, 69) provided on the printed wiring substrate, wherein the ground electrode (65, 69) is a metal film, and the ground electrode is configured to be used as a ground electrode for another circuit; a high-frequency device including a wireless IC chip and mounted to the printed wiring substrate; and a loop electrode connected to the wireless IC chip, wherein the loop electrode is defined by at least one of a portion of the ground electrode (65, 69) or a conductive member that is different from the ground electrode (65, 69) and is coupled to the ground electrode (65, 69); and wherein the ground electrode (65, 69) defines a radiation electrode that is configured to radiate an electromagnetic field, characterized in that the high-frequency device comprises the wireless IC chip and a power supply circuit substrate, wherein the wireless IC chip is mounted to the printed wiring substrate via the power supply circuit substrate, further comprising at least one resonant circuit provided in the power supply circuit substrate.
Gas lift pump apparatus comprising a column through which a liquid medium may be pumped by gas lift, the apparatus comprising a fluid delivery device (100, 300A, 300B, 600) for delivering a flow of a gaseous fluid into the liquid medium, the device (100, 300A, 300B, 600) comprising means for generating an ultrasonic shockwave therein by the flow of gaseous fluid therethrough, the device (100, 300A, 300B) being operable to launch the ultrasonic shockwave into the liquid medium in the column.
An addition device for a communication or power socket, said socket being formed in a wall unit or a mouthpiece intended to be connected to said socket, said socket comprising a support and a removable fastening system of the support on the wall unit or the mouthpiece, the addition device comprising: - a body arranged around a passage area extending along a passage axis, the body having an inner contour defining the passage area and an outer contour defining the spatial extent of the body, - an insertion inlet for a cable, such as a communication cable or a power supply cable, - an output, such as a communication output or a power supply output, provided with a connecting element to said cable, the output being formed in or attached on the outer contour of the body, - an assembly system to the socket provided with a removable fastening member to the wall unit or the mouthpiece and with a removable fastening member to the support, the addition device being arranged to be disposed, in an assembled position of the assembly system, between the wall unit and the support or between the mouthpiece and the support along the passage axis. - a body arranged around a passage area extending along a passage axis, the body having an inner contour defining the passage area and an outer contour defining the spatial extent of the body, - an insertion inlet for a cable, such as a communication cable or a power supply cable, - an output, such as a communication output or a power supply output, provided with a connecting element to said cable, the output being formed in or attached on the outer contour of the body, - an assembly system to the socket provided with a removable fastening member to the wall unit or the mouthpiece and with a removable fastening member to the support, the addition device being arranged to be disposed, in an assembled position of the assembly system, between the wall unit and the support or between the mouthpiece and the support along the passage axis.
An end piece for a vehicle window wiper blade, the wiper blade comprising at least one flexible support and a wiper rubber intended to be applied against the window, the end piece comprising: - a housing suitable for receiving an end portion of the flexible support, - at least one locking means for locking the end portion of the flexible support in position when engaged in the housing, - characterized in that the end piece comprises at least one securing device for securing the locking means formed by at least one rib that extends in a plane parallel to a plane of movement of the locking means, the securing device being adapted to restrict the movement of the locking means. - a housing suitable for receiving an end portion of the flexible support, - at least one locking means for locking the end portion of the flexible support in position when engaged in the housing, - characterized in that the end piece comprises at least one securing device for securing the locking means formed by at least one rib that extends in a plane parallel to a plane of movement of the locking means, the securing device being adapted to restrict the movement of the locking means.
A vehicular door handle apparatus comprising: a fixed handle fixed to a door of a vehicle from a front surface of the door; a movable handle connected to the fixed handle so as to be rotatably operable; and an output lever rotatably connected to a connecting block projected on the fixed handle and inserted into an inside of the door, wherein an operational force on the movable handle is transmitted to a door lock device fixed to the door through the output lever, and wherein a counter weight which cancels a force in an actuation direction occurred in the output lever by inertia when the door receives a side collision force, is connected to the connecting block. a fixed handle fixed to a door of a vehicle from a front surface of the door; a movable handle connected to the fixed handle so as to be rotatably operable; and an output lever rotatably connected to a connecting block projected on the fixed handle and inserted into an inside of the door, wherein an operational force on the movable handle is transmitted to a door lock device fixed to the door through the output lever, and wherein a counter weight which cancels a force in an actuation direction occurred in the output lever by inertia when the door receives a side collision force, is connected to the connecting block.
Gear assembly for an agricultural vehicle comprising a first gear unit, a second gear unit that is coupled to the first unit on the output side, and a third gear unit that is coupled to the second unit on the output side, wherein the second gear unit comprises an input shaft, an output shaft and two layshafts (50, 52), wherein the input shaft can be brought in driving engagement with the layshafts (50, 52) and the layshafts (50, 52) can be brought in driving engagement with the output shaft, and wherein the third gear unit comprises an input shaft which can be brought in driving engagement with an output shaft disposed parallel thereto, wherein the first gear unit is designed as a planetary gear and a sun gear associated with the first gear unit, the input shaft and the output shaft of the second gear unit, and the input shaft of the third gear unit are disposed coaxially with respect to one another, wherein an output of the first gear unit is connected fixedly in terms of rotation to the input shaft of the second gear unit and the output shaft of the second gear unit is connected fixedly in terms of rotation to the input shaft of the third gear unit.
A wound dressing for use in a vacuum wound therapy treatment comprising: a reinforced cover layer for positioning over a wound to define a reservoir in which a reduced pressure may be maintained over the wound and a filler material within the reservoir to promote the wicking of wound fluids subject to a reduced pressure; and a portal member or vacuum port (30, 30A, 30B), mounted relative to the cover layer, the portal member or vacuum port (30, 30A, 30B) defining a fluid passage for fluid coupling with a reduced pressure supply conduit or vacuum tube for creating the reduced pressure within the reservoir wherein the portal member or vacuum port (30, 30A, 30B) includes a flange secured to the cover layer that defines an outer surface and a patient surface generally facing the wound and wherein the fluid passage extends through the outer surface and the patient surface; and wherein the reinforced cover layer is formed from a composite including a backing layer, a reinforcement layer and an adhesive layer and wherein an aperture extends through the reinforcement layer and an aperture extends through the backing layer to permit fluid communication between the reservoir and a vacuum system connected to the wound dressing; and a filter screen (58, 58A, 59, 60) mounted relative to the fluid passage, the filter screen dimensioned to minimize passage of tissue particles of predetermined dimension through the passage of the portal member or vacuum port (30, 30A, 30B). a reinforced cover layer for positioning over a wound to define a reservoir in which a reduced pressure may be maintained over the wound and a filler material within the reservoir to promote the wicking of wound fluids subject to a reduced pressure; and a portal member or vacuum port (30, 30A, 30B), mounted relative to the cover layer, the portal member or vacuum port (30, 30A, 30B) defining a fluid passage for fluid coupling with a reduced pressure supply conduit or vacuum tube for creating the reduced pressure within the reservoir wherein the portal member or vacuum port (30, 30A, 30B) includes a flange secured to the cover layer that defines an outer surface and a patient surface generally facing the wound and wherein the fluid passage extends through the outer surface and the patient surface; and wherein the reinforced cover layer is formed from a composite including a backing layer, a reinforcement layer and an adhesive layer and wherein an aperture extends through the reinforcement layer and an aperture extends through the backing layer to permit fluid communication between the reservoir and a vacuum system connected to the wound dressing; and a filter screen (58, 58A, 59, 60) mounted relative to the fluid passage, the filter screen dimensioned to minimize passage of tissue particles of predetermined dimension through the passage of the portal member or vacuum port (30, 30A, 30B).
Device for remotely controlling an automotive submerged surface cleaning apparatus, said apparatus comprising: - a body, - a driving device comprising guiding and driving members suitable for driving and guiding the body over the submerged surface in at least one direction, called longitudinal direction, and in at least two distinct displacement modes, said remote control device: - comprising a control terminal comprising at least one casing, - being designed to be able to generate and transmit to the driving device, via a communication link, control signals for the driving device, characterized in that: - at least one casing comprises an orientation detector, secured to said casing, and designed to supply signals representative of at least one orientation parameter of the casing, - it further comprises a processing unit for the signals supplied by the orientation detector, designed to generate control signals representative: • of a first control of the driving device for an orientation parameter lying within a first predetermined range of values, • of a second control of the driving device, distinct from the first control, for an orientation parameter lying within a second predetermined range of values, separate from the first interval. - a body, - a driving device comprising guiding and driving members suitable for driving and guiding the body over the submerged surface in at least one direction, called longitudinal direction, and in at least two distinct displacement modes, said remote control device: - comprising a control terminal comprising at least one casing, - being designed to be able to generate and transmit to the driving device, via a communication link, control signals for the driving device, characterized in that: - at least one casing comprises an orientation detector, secured to said casing, and designed to supply signals representative of at least one orientation parameter of the casing, - it further comprises a processing unit for the signals supplied by the orientation detector, designed to generate control signals representative: • of a first control of the driving device for an orientation parameter lying within a first predetermined range of values, • of a second control of the driving device, distinct from the first control, for an orientation parameter lying within a second predetermined range of values, separate from the first interval. • of a first control of the driving device for an orientation parameter lying within a first predetermined range of values, • of a second control of the driving device, distinct from the first control, for an orientation parameter lying within a second predetermined range of values, separate from the first interval.
Writing instrument comprising: - a hollow body extending between a rear end and a front end of the hollow body; - a writing member mounted inside the hollow body and provided with a tip at a free end; - a protective sleeve movable between a tip protection position and a retracted position for writing; - at least one first stop (B1, B2, B3, B4, B5, B6) formed on the hollow body; and - at least one locking member able to engage said first stop; the writing instrument further comprising: - at least one second stop formed on the hollow body and axially offset towards the front end with respect to said first stop (B1, B2, B3, B4, B5, B6), the first stop and the second stop being part of a fixed cam; - a rotary cam which comprises said at least one locking member and is movable relative to the hollow body between: i) a withdrawn position where said locking member engages with said first stop (B1, B2, B3, B4, B5, B6) in order to lock the retracted position, and ii) an extended position where said locking member engages with said second stop in order to lock the protection position, - an elastic return element for biasing the protective sleeve towards said protection position; and characterized in that the writing instrument further comprises: - a coupling between the protective sleeve and the rotary cam, so that the protective sleeve forms a tappet actuating a movement of the rotary cam to one or the other of said extended and withdrawn positions in alternation. - a hollow body extending between a rear end and a front end of the hollow body; - a writing member mounted inside the hollow body and provided with a tip at a free end; - a protective sleeve movable between a tip protection position and a retracted position for writing; - at least one first stop (B1, B2, B3, B4, B5, B6) formed on the hollow body; and - at least one locking member able to engage said first stop; - at least one second stop formed on the hollow body and axially offset towards the front end with respect to said first stop (B1, B2, B3, B4, B5, B6), the first stop and the second stop being part of a fixed cam; - a rotary cam which comprises said at least one locking member and is movable relative to the hollow body between: i) a withdrawn position where said locking member engages with said first stop (B1, B2, B3, B4, B5, B6) in order to lock the retracted position, and ii) an extended position where said locking member engages with said second stop in order to lock the protection position, i) a withdrawn position where said locking member engages with said first stop (B1, B2, B3, B4, B5, B6) in order to lock the retracted position, and ii) an extended position where said locking member engages with said second stop in order to lock the protection position, - an elastic return element for biasing the protective sleeve towards said protection position; and - a coupling between the protective sleeve and the rotary cam, so that the protective sleeve forms a tappet actuating a movement of the rotary cam to one or the other of said extended and withdrawn positions in alternation.
A Li-S battery cell comprising a Sulphur-containing cathode, a Lithium-containing anode, a nonwoven fibrous separator in between the cathode and anode with an electrolyte on both sides of the separator filling interspaces between the anode and the cathode; wherein the separator is coated with a coating, the coating comprising a mixture of a polymer and electrically conductive carbon nano-sized particles for preventing polysulphides from migrating from the Sulphur-containing cathode to the Lithium anode.
Electrophoretic fluid comprising coloured polymer particles, which comprise monomer units of at least one polymerisable dye and at least one monomer, wherein the polymerisable dye is a dye of Formula 2 or a dye of Formula 3 wherein R5, R7= alkyl, R6, R8 = H or CH 3, and Hal = halogen. R5, R7= alkyl, R6, R8 = H or CH 3, and Hal = halogen.
An optical reception device, the reception device being able to receive a signal from a phased antenna array, the phased antenna array including N elementary antennas, N being an integer greater than 1, the reception device including: - a light source adapted to generate an optical carrier at a reference frequency and M phased optical beams relative to a replica of the optical carrier and which are frequency-shifted relative to the reference frequency, M being an integer greater than 1, - a collection circuit for the signals from the N elementary antennas, the collection circuit including N paths each connected to a respective elementary antenna, each path including a modulator able to modulate at least one of the phase and the amplitude of an incident signal according to a modulation, - a beam-forming network connecting M+1 first ports to N second ports, each second port being connected to a respective path of the N paths, M first ports of the M+1 first ports being connected respectively to one of the M optical beams and the first port not connected to one of the M optical beams being a control port, the control port being connected to the other ports (86, 88) so that a maximum optical intensity on the control port corresponds to phased signals on the N second ports, - a photodiode connected to the control port and able to measure the optical intensity of the signal of the control port at the reference frequency, and - a controller adapted to control the modulation of each modulator as a function of the optical intensity measured by the photodiode. - a light source adapted to generate an optical carrier at a reference frequency and M phased optical beams relative to a replica of the optical carrier and which are frequency-shifted relative to the reference frequency, M being an integer greater than 1, - a collection circuit for the signals from the N elementary antennas, the collection circuit including N paths each connected to a respective elementary antenna, each path including a modulator able to modulate at least one of the phase and the amplitude of an incident signal according to a modulation, - a beam-forming network connecting M+1 first ports to N second ports, each second port being connected to a respective path of the N paths, M first ports of the M+1 first ports being connected respectively to one of the M optical beams and the first port not connected to one of the M optical beams being a control port, the control port being connected to the other ports (86, 88) so that a maximum optical intensity on the control port corresponds to phased signals on the N second ports, - a photodiode connected to the control port and able to measure the optical intensity of the signal of the control port at the reference frequency, and - a controller adapted to control the modulation of each modulator as a function of the optical intensity measured by the photodiode.
An exercise weight unit adapted to be handheld and palm-centered, comprising: an elongated main body, the main body being oval shaped or rounded egg shaped and having a first end and a second end, a central portion, and a central longitudinal axis through the first end and the second end; and a protrusion extended away from an outer surface of the main body, characterised in that, the protrusion is extending from the first end of the main body to the second end of the main body along a base. an elongated main body, the main body being oval shaped or rounded egg shaped and having a first end and a second end, a central portion, and a central longitudinal axis through the first end and the second end; and a protrusion extended away from an outer surface of the main body, characterised in that,
A computer-hardware implemented method comprising: performing the following steps by a memory update encryption engine operating in tandem with an inline encryption engine: accessing a key data structure comprising a plurality of keys that are used to encrypt a plurality of memory blocks in an external memory (150, 250); identifying a memory block of the plurality of memory blocks that is encrypted with the oldest key in the key data structure; reading encrypted data from the identified memory block; decrypting the encrypted data from the identified memory block; selecting a key from the key data structure, wherein the selected key is newer than the oldest key; re-encrypting the decrypted data from the identified memory block using the selected key; and writing the re-encrypted data to the identified memory block and, prior to writing the re-encrypted data, allowing the inline encryption engine to take precedence over updates from the memory update encryption. performing the following steps by a memory update encryption engine operating in tandem with an inline encryption engine: accessing a key data structure comprising a plurality of keys that are used to encrypt a plurality of memory blocks in an external memory (150, 250); identifying a memory block of the plurality of memory blocks that is encrypted with the oldest key in the key data structure; reading encrypted data from the identified memory block; decrypting the encrypted data from the identified memory block; selecting a key from the key data structure, wherein the selected key is newer than the oldest key; re-encrypting the decrypted data from the identified memory block using the selected key; and accessing a key data structure comprising a plurality of keys that are used to encrypt a plurality of memory blocks in an external memory (150, 250); identifying a memory block of the plurality of memory blocks that is encrypted with the oldest key in the key data structure; reading encrypted data from the identified memory block; decrypting the encrypted data from the identified memory block; selecting a key from the key data structure, wherein the selected key is newer than the oldest key; re-encrypting the decrypted data from the identified memory block using the selected key; and writing the re-encrypted data to the identified memory block and, prior to writing the re-encrypted data, allowing the inline encryption engine to take precedence over updates from the memory update encryption.