mhurhangee/ep-ind-claims huggingface dataset:
A fluid ejection device comprising: a die substrate having a first elongated fluid supply slot in the substrate, to be in fluid communication with a fluid supply, and a second elongated fluid supply slot in the substrate, to be in fluid communication with the fluid supply, the first and second elongated fluid supply slots (202, 204) arranged parallel to each other along opposite substrate sides and passing through the whole thickness of the die substrate, first and second internal columns (220a, 220b) of closed chambers, without nozzles, adjacent to, in fluid communication with, and along the inner sides of the first and second elongated fluid supply slots (202, 204), respectively, a substrate central region separating (i) the first and second elongated fluid supply slots and (ii) the first and second internal columns; fluidic channels, without nozzles, extending across the central region to fluidically couple the closed chambers from the first internal column with the closed chambers from the second internal column; pump actuators in each closed chamber to pump fluid through the channels from one of the first and second elongated fluid supply slot (202, 204) to the other of the first and second elongated fluid supply slot (202, 204); and first and second external columns (218a, 218b) of nozzled chambers adjacent to, in fluid communication with, and along the outer sides of the first and second elongated fluid supply slots (202, 204), respectively. a die substrate having a first elongated fluid supply slot in the substrate, to be in fluid communication with a fluid supply, and a second elongated fluid supply slot in the substrate, to be in fluid communication with the fluid supply, the first and second elongated fluid supply slots (202, 204) arranged parallel to each other along opposite substrate sides and passing through the whole thickness of the die substrate, first and second internal columns (220a, 220b) of closed chambers, without nozzles, adjacent to, in fluid communication with, and along the inner sides of the first and second elongated fluid supply slots (202, 204), respectively, a substrate central region separating (i) the first and second elongated fluid supply slots and (ii) the first and second internal columns; fluidic channels, without nozzles, extending across the central region to fluidically couple the closed chambers from the first internal column with the closed chambers from the second internal column; pump actuators in each closed chamber to pump fluid through the channels from one of the first and second elongated fluid supply slot (202, 204) to the other of the first and second elongated fluid supply slot (202, 204); and first and second external columns (218a, 218b) of nozzled chambers adjacent to, in fluid communication with, and along the outer sides of the first and second elongated fluid supply slots (202, 204), respectively.
An ex vivo method of obtaining live, non-diseased cells said cells being suitable for treating a disease by destroying diseased cells in a subject, wherein said cells are obtained by a method comprising (a) determining the activity of at least one disease marker gene within a population of cells obtained from said subject; (b) introducing into said cells a polynucleotide that encodes a selectable marker and a polypeptide that is itself lethal to said cells, wherein the expression of said lethal polypeptide is directly or indirectly controlled by the promoter of said at least one disease marker gene; (c) exposing said cells to selection conditions to obtain cells comprising said polynucleotide; (d) treating said cells with conditions to induce expression of said lethal polypeptide, wherein said expression of said lethal polypeptide kills said cells expressing said at least one disease marker gene; and (e) separating said killed cells from the remaining live, non-diseased cells, wherein said live cells do not express said lethal polypeptide to an extent sufficient to kill said non-diseased cells. (a) determining the activity of at least one disease marker gene within a population of cells obtained from said subject; (b) introducing into said cells a polynucleotide that encodes a selectable marker and a polypeptide that is itself lethal to said cells, wherein the expression of said lethal polypeptide is directly or indirectly controlled by the promoter of said at least one disease marker gene; (c) exposing said cells to selection conditions to obtain cells comprising said polynucleotide; (d) treating said cells with conditions to induce expression of said lethal polypeptide, wherein said expression of said lethal polypeptide kills said cells expressing said at least one disease marker gene; and (e) separating said killed cells from the remaining live, non-diseased cells, wherein said live cells do not express said lethal polypeptide to an extent sufficient to kill said non-diseased cells.
A system for direct vertebral rotation comprising: at least two levers, each of the levers being attachable to a pedicle screw implanted in a vertebra of a spine such that each lever extends proximally from the respective pedicle screw; and a clamping instrument configured to clamp the levers, the clamping instrument including a first jaw and a second jaw, each of the first and second jaws including an inner portion facing towards the other of the first and second jaws, wherein the first and second jaws are movable relative to one another to a closed position in which a plurality of the levers are receivable between the first and second jaws characterized in that: the inner portion of each of the first and second jaws includes a compliant material, and the compliant material of the first and second jaws is configured to conform to the levers received between the first and second jaws when the first and second jaws are in the closed position. at least two levers, each of the levers being attachable to a pedicle screw implanted in a vertebra of a spine such that each lever extends proximally from the respective pedicle screw; and a clamping instrument configured to clamp the levers, the clamping instrument including a first jaw and a second jaw, each of the first and second jaws including an inner portion facing towards the other of the first and second jaws, wherein the first and second jaws are movable relative to one another to a closed position in which a plurality of the levers are receivable between the first and second jaws characterized in that: the inner portion of each of the first and second jaws includes a compliant material, and the compliant material of the first and second jaws is configured to conform to the levers received between the first and second jaws when the first and second jaws are in the closed position. the inner portion of each of the first and second jaws includes a compliant material, and the compliant material of the first and second jaws is configured to conform to the levers received between the first and second jaws when the first and second jaws are in the closed position.
Two flat parts (2,3) of plastic material and a connection device for connecting the flat parts (2, 3) to each other, said flat parts comprising a first wall and a second wall, respectively, that, in an assembled condition of the two flat parts (2, 3), are arranged against each other, wherein said connection device comprises a through opening formed through the first wall and a first collar formation protruding from the first wall, said first collar formation enclosing an area of the first wall within which the through opening is formed, and a second collar formation protruding from the second wall, wherein said connection device further comprises a flat closure portion connected to the second wall through the second collar formation, a third collar formation protruding from the closure portion coaxially with the second collar formation, and a clip formed on the third collar formation, wherein, in the assembled condition of the two flat parts (2, 3), the clip is configured to snap-fit with a coupling seat formed at the through opening of the first wall, and the first collar formation of the first wall is configured to be inserted between the second collar formation and the third collar formation of the second wall in such a way to define a labyrinth passage between the first wall and the second wall. wherein said connection device comprises a through opening formed through the first wall and a first collar formation protruding from the first wall, said first collar formation enclosing an area of the first wall within which the through opening is formed, and a second collar formation protruding from the second wall, wherein said connection device further comprises a flat closure portion connected to the second wall through the second collar formation, a third collar formation protruding from the closure portion coaxially with the second collar formation, and a clip formed on the third collar formation, wherein, in the assembled condition of the two flat parts (2, 3), the clip is configured to snap-fit with a coupling seat formed at the through opening of the first wall, and the first collar formation of the first wall is configured to be inserted between the second collar formation and the third collar formation of the second wall in such a way to define a labyrinth passage between the first wall and the second wall.
Method of controlling a power tool, in particular a core drill, comprising - a motor as a drive for the power tool, - a control means, - a gear means with at least a first gear, a second gear and a no-load state, - a tool, e.g. a drill bit, - a first sensor for detecting the speed of at least one component of the gear means and - a second sensor for detecting the speed of the motor, characterised by the process steps - determining a first speed of the at least one component of the gear means when a first gear of the gear means is selected, - determining a first speed of the motor when the first gear of the gear means is selected, - determining the engagement of the first gear on the basis of a first predetermined ratio of the first speed of the at least one component of the gear means and the first speed of the motor according to a lookup table, - selecting the no-load state of the gear means, - determining the selected no-load state on the basis of a second predetermined ratio of a second speed of the at least one component of the gear means and a second speed of the motor according to the lookup table, - adapting the speed of the motor to a second gear on the basis of a third predetermined ratio of a third speed of the at least one component of the gear means and a third speed of the motor according to the lookup table and - selecting a second gear. - a motor as a drive for the power tool, - a control means, - a gear means with at least a first gear, a second gear and a no-load state, - a tool, e.g. a drill bit, - a first sensor for detecting the speed of at least one component of the gear means and - a second sensor for detecting the speed of the motor, - determining a first speed of the at least one component of the gear means when a first gear of the gear means is selected, - determining a first speed of the motor when the first gear of the gear means is selected, - determining the engagement of the first gear on the basis of a first predetermined ratio of the first speed of the at least one component of the gear means and the first speed of the motor according to a lookup table, - selecting the no-load state of the gear means, - determining the selected no-load state on the basis of a second predetermined ratio of a second speed of the at least one component of the gear means and a second speed of the motor according to the lookup table, - adapting the speed of the motor to a second gear on the basis of a third predetermined ratio of a third speed of the at least one component of the gear means and a third speed of the motor according to the lookup table and - selecting a second gear.
A multi-cell electroacoustic transducer, comprising: a flexural plate; a plurality of piezoelectric disks (12a - 12c), said piezoelectric disks arranged in a planar array on and attached to said flexural plate, each of said piezoelectric disks (12a - 12c) and flexural plate defining a bilayer unit; and a rail layer comprising a plurality of rails defining a plurality of apertures, said rail layer attached to said flexural plate; wherein each one of said plurality of piezoelectric disks (12a - 12c) is centered within each one of said plurality of apertures, said rails defining walls of a plurality of bilayer electroacoustic cells, characterized in that said flexural plate and piezoelectric disks (12a - 12c) each have a Young's modulus of the same order of magnitude. a flexural plate; a plurality of piezoelectric disks (12a - 12c), said piezoelectric disks arranged in a planar array on and attached to said flexural plate, each of said piezoelectric disks (12a - 12c) and flexural plate defining a bilayer unit; and a rail layer comprising a plurality of rails defining a plurality of apertures, said rail layer attached to said flexural plate; wherein each one of said plurality of piezoelectric disks (12a - 12c) is centered within each one of said plurality of apertures, said rails defining walls of a plurality of bilayer electroacoustic cells, characterized in that said flexural plate and piezoelectric disks (12a - 12c) each have a Young's modulus of the same order of magnitude.
A device comprising: a structural layer comprising an opening and a connector, wherein the connector is an extension of material of the structural layer; a first glass-reinforced epoxy circuit board mounted to one side of the structural layer and comprising an opening, wherein the connector extends through the opening of the first circuit board; a second glass-reinforced epoxy circuit board mounted to an opposing side of the structural layer opposite said one side; components (912-1, 912-2) wherein the components are included in the first or second circuit board and comprise a processor, memory operatively coupled to the processor and a display operatively coupled to the processor; a shell, which is supported by the structural layer and directly connected to the structural layer through the connector; and a power cell, which is disposed to one side of the structural layer and at least in part in the opening of the structural layer. a structural layer comprising an opening and a connector, wherein the connector is an extension of material of the structural layer; a first glass-reinforced epoxy circuit board mounted to one side of the structural layer and comprising an opening, wherein the connector extends through the opening of the first circuit board; a second glass-reinforced epoxy circuit board mounted to an opposing side of the structural layer opposite said one side; components (912-1, 912-2) wherein the components are included in the first or second circuit board and comprise a processor, memory operatively coupled to the processor and a display operatively coupled to the processor; a shell, which is supported by the structural layer and directly connected to the structural layer through the connector; and a power cell, which is disposed to one side of the structural layer and at least in part in the opening of the structural layer.
A cryoadhesion apparatus, comprising: a remote control assembly, a valve assembly, a needle catheter assembly, and a gas cylinder, wherein the remote control assembly comprises a sheath structure and a remote control mounted in the sheath structure, the sheath structure is provided with a catheter channel for the needle catheter assembly to pass through, and two ends of the valve assembly are respectively connected to the needle catheter assembly and the gas cylinder; the sheath structure is capable of squeezing the needle catheter assembly, wherein when squeezing is maintained, the needle catheter assembly is capable of moving along with the sheath structure under a frictional force between an inner wall of the catheter channel and the needle catheter assembly; when the sheath structure does not squeeze the needle catheter assembly, the remote control assembly is capable of moving along the needle catheter assembly; the remote control is configured to, when triggered, send a trigger signal to the valve assembly; the valve assembly is configured to transport, when receiving the trigger signal, a gas from the gas bottle to the needle catheter assembly, to enable the needle catheter assembly to perform freezing; the sheath structure comprises a remote control sleeve portion, which is provided with a trigger part and a remote control chamber configured to accommodate the remote control; and the trigger part is capable of triggering, when touched, a button switch of the remote control in the remote control chamber to enable the remote control to transmit a trigger signal when the button switch is triggered. the sheath structure is capable of squeezing the needle catheter assembly, wherein when squeezing is maintained, the needle catheter assembly is capable of moving along with the sheath structure under a frictional force between an inner wall of the catheter channel and the needle catheter assembly; when the sheath structure does not squeeze the needle catheter assembly, the remote control assembly is capable of moving along the needle catheter assembly; the remote control is configured to, when triggered, send a trigger signal to the valve assembly; the valve assembly is configured to transport, when receiving the trigger signal, a gas from the gas bottle to the needle catheter assembly, to enable the needle catheter assembly to perform freezing; the sheath structure comprises a remote control sleeve portion, which is provided with a trigger part and a remote control chamber configured to accommodate the remote control; and the trigger part is capable of triggering, when touched, a button switch of the remote control in the remote control chamber to enable the remote control to transmit a trigger signal when the button switch is triggered.
A computer-implemented method for blockchain-based anti-bot protection, performed by a trust broker system and comprising: identifying, on a blockchain network, a request from a client to access a protected entity; selecting an access policy in response to the access request, wherein the access policy includes at least one game to be performed by the client; causing execution of the at least one game defined in the access policy; identifying, on the blockchain network, results of the at least one game, wherein the results are deposited by the client upon completion of the at least one game; determining a bias of the client based on the completion results, wherein the determined bias is utilized for a cyber-security assessment of the client, wherein the determined bias for the client is maintained on the blockchain network; and granting or denying access to the protected entity by the client based on the determined bias. identifying, on a blockchain network, a request from a client to access a protected entity; selecting an access policy in response to the access request, wherein the access policy includes at least one game to be performed by the client; causing execution of the at least one game defined in the access policy; identifying, on the blockchain network, results of the at least one game, wherein the results are deposited by the client upon completion of the at least one game; determining a bias of the client based on the completion results, wherein the determined bias is utilized for a cyber-security assessment of the client, wherein the determined bias for the client is maintained on the blockchain network; and granting or denying access to the protected entity by the client based on the determined bias.
A human/machine interface for controlling functions provided by at least one device (Ei) of a vehicle, including analysis means arranged to analyse image data representative of a part of a driver of said vehicle in order to detect at least one head movement of said driver and/or a facial expression of said driver, comparison means arranged for comparing said detected movement and/or said detected expression with data representative of predefined head movement(s) and/or predefined facial expression(s) and stored in correspondence with said functions, and control means arranged, in the case of successful comparison with a predefined movement and/or a predefined expression, to trigger an activation of a corresponding function, characterized in that said control means are arranged, in the case of successful comparison with a predefined movement and/or a predefined expression, to trigger the display on a screen of said vehicle and/or the broadcast by at least one speaker of said vehicle of a message designating said corresponding function to be activated, characterized in that said control means are, furthermore, arranged to trigger said activation of this corresponding function: consecutively to a new successful comparison by said comparison means between a new detected movement and/or a new detected expression and a predefined movement and/or a predefined expression, the data of which are stored in correspondence with an authentication function.
An amplifier for a receiver circuit, the amplifier having an input node (V in) and an output node (V out), comprising a tunable tank circuit connected to the output node (V ou t); a feedback circuit path connected between the output node (V out) and the input node (V in); characterised by further comprising a tunable capacitor connected between an internal node of the feedback circuit path and a reference-voltage node.
A glass roll, comprising: a winding core; a film body, which is taken up into a roll shape by the winding core, and comprises a glass film and a scattering prevention film having a smaller width than the glass film; and flanges, which are mounted to the winding core, and are arranged on both sides of the film body in a width direction, wherein the film body comprises a detachable displacement prevention film on a termination end portion side of the glass film in a take-up direction, and wherein the displacement prevention film comprises a wide portion having a larger width than the glass film. a winding core; a film body, which is taken up into a roll shape by the winding core, and comprises a glass film and a scattering prevention film having a smaller width than the glass film; and flanges, which are mounted to the winding core, and are arranged on both sides of the film body in a width direction, wherein the film body comprises a detachable displacement prevention film on a termination end portion side of the glass film in a take-up direction, and wherein the displacement prevention film comprises a wide portion having a larger width than the glass film.
A treated inorganic particle having reduced photoactivity and improved anti-microbial properties comprising: (a) an inorganic core particle; (b) a first treatment of silicon compound, wherein the silicon compound is added in a single step; and (c) a second treatment comprising co-precipitated zinc oxide and alumina. (a) an inorganic core particle; (b) a first treatment of silicon compound, wherein the silicon compound is added in a single step; and (c) a second treatment comprising co-precipitated zinc oxide and alumina.