mhurhangee/ep-ind-claims huggingface dataset:
A piezoelectric device for causing a liquid to be ejected from a pressure chamber, wherein the piezoelectric device includes a first electrode, a piezoelectric layer, a second electrode, an insulating layer, a first wire electrically connected to the second electrode, and a second wire electrically connected to the second electrode, and the piezoelectric device has a first region in which the first electrode, the piezoelectric layer, and the second electrode are stacked in this order, a second region which is located on a side adjacent to a first end of the piezoelectric layer and in which the first electrode, the piezoelectric layer, the insulating layer, and the first wire are stacked in this order, and a third region which is located on a side adjacent to a second end of the piezoelectric layer opposite to the first end and in which the first electrode, the piezoelectric layer, the insulating layer, and the second wire are stacked in this order, characterized in that the second electrode is not formed in the second region and is not formed in the third region. a first electrode, a piezoelectric layer, a second electrode, an insulating layer, a first wire electrically connected to the second electrode, and a second wire electrically connected to the second electrode, and a first region in which the first electrode, the piezoelectric layer, and the second electrode are stacked in this order, a second region which is located on a side adjacent to a first end of the piezoelectric layer and in which the first electrode, the piezoelectric layer, the insulating layer, and the first wire are stacked in this order, and a third region which is located on a side adjacent to a second end of the piezoelectric layer opposite to the first end and in which the first electrode, the piezoelectric layer, the insulating layer, and the second wire are stacked in this order,
A co-rotating scroll compressor, comprising: a driving shaft configured to be driven by a drive unit so as to rotate; a driving-side scroll member connected to the driving shaft, and comprising a plurality of spiral driving-side walls provided about a center of a driving-side end plate at predetermined angular intervals; a driven-side scroll member comprising spiral driven-side walls, the driven-side walls being provided about a center of a driven-side end plate at predetermined angular intervals and in a number corresponding to the driving-side walls, the driven-side walls being engaged with the corresponding driving-side walls so as to form a compression space; a synchronous driving mechanism configured to transmit driving force from the driving-side scroll member to the driven-side scroll member so that the driving-side scroll member and the driven-side scroll member rotationally move in a same direction at a same angular velocity; a driving-side bearing that rotatably supports the driving-side scroll member; and a driven-side bearing that rotatably supports the driven-side scroll member, the co-rotating scroll compressor characterised in that a center of gravity of at least one of the driving shaft, the driving-side scroll member, or the driven-side scroll member is shifted from a rotation center by a predetermined distance; and the predetermined distance is set so that a total bearing load obtained by centrifugal force and fluid compression that is 5% of a dynamic load rating of the driving-side bearing and/or the driven-side bearing or more is generated. a driving shaft configured to be driven by a drive unit so as to rotate; a driving-side scroll member connected to the driving shaft, and comprising a plurality of spiral driving-side walls provided about a center of a driving-side end plate at predetermined angular intervals; a driven-side scroll member comprising spiral driven-side walls, the driven-side walls being provided about a center of a driven-side end plate at predetermined angular intervals and in a number corresponding to the driving-side walls, the driven-side walls being engaged with the corresponding driving-side walls so as to form a compression space; a synchronous driving mechanism configured to transmit driving force from the driving-side scroll member to the driven-side scroll member so that the driving-side scroll member and the driven-side scroll member rotationally move in a same direction at a same angular velocity; a driving-side bearing that rotatably supports the driving-side scroll member; and a driven-side bearing that rotatably supports the driven-side scroll member, the co-rotating scroll compressor characterised in that a center of gravity of at least one of the driving shaft, the driving-side scroll member, or the driven-side scroll member is shifted from a rotation center by a predetermined distance; and the predetermined distance is set so that a total bearing load obtained by centrifugal force and fluid compression that is 5% of a dynamic load rating of the driving-side bearing and/or the driven-side bearing or more is generated.
An access method of user equipment, UE, comprising: generating, by the UE, a second a non-access stratum, NAS, verification code according to a NAS security context stored in the UE; generating, by the UE, an access request message, wherein the access request message comprises an identifier of the UE and the second NAS verification code; sending, by the UE, the access request message to a mobile management entity, MME, on a 3GPP network by using an access point, AP, on a non-3GPP network, wherein the access request message is transmitted in an Extensible Authentication Protocol, EAP, message; determining, by the UE, by using a preset key deduction algorithm, an access key of the non-3GPP network according to a NAS sequence number of the 3GPP network, a key of the 3GPP network, and a preset type identifier of the non-3GPP network stored in the UE, wherein the NAS sequence number and the key of the 3GPP network are obtained from the NAS security context; generating, by the UE according to a cryptographic algorithm received from the AP, an access stratum, AS, key of the non-3GPP network according to the access key of the non-3GPP network and the type identifier of the non-3GPP network; and receiving, by the UE, an access success message sent by the MME by using the AP. generating, by the UE, a second a non-access stratum, NAS, verification code according to a NAS security context stored in the UE; generating, by the UE, an access request message, wherein the access request message comprises an identifier of the UE and the second NAS verification code; sending, by the UE, the access request message to a mobile management entity, MME, on a 3GPP network by using an access point, AP, on a non-3GPP network, wherein the access request message is transmitted in an Extensible Authentication Protocol, EAP, message; determining, by the UE, by using a preset key deduction algorithm, an access key of the non-3GPP network according to a NAS sequence number of the 3GPP network, a key of the 3GPP network, and a preset type identifier of the non-3GPP network stored in the UE, wherein the NAS sequence number and the key of the 3GPP network are obtained from the NAS security context; generating, by the UE according to a cryptographic algorithm received from the AP, an access stratum, AS, key of the non-3GPP network according to the access key of the non-3GPP network and the type identifier of the non-3GPP network; and receiving, by the UE, an access success message sent by the MME by using the AP.
In combination, a gripping tool having radial gripping elements that move radially between a retracted position and an engaged position, and a grip extension linkage, wherein the grip extension linkage comprises: at least one annular body (460, 470) having a central internal bore and a peripheral external surface; rigid elongated spokes having an interface surface that engage with the radial gripping elements of the gripping tool and carrying an extended grip surface on a second side opposing the interface surface such that radial movement of the radial gripping elements toward the engaged position causes the spokes and the extended grip surface to move radially from a corresponding retracted position to a corresponding engaged position; and spoke guides (465, 475) on the at least one annular body (460, 470), the spoke guides (465, 475) being in close fitting relation with the spokes to constrain the spokes from axial rotation or rolling while allowing the spokes to move radially from the corresponding retracted position to the corresponding engaged position in response to movement of the radial gripping elements of the gripping tool. at least one annular body (460, 470) having a central internal bore and a peripheral external surface; rigid elongated spokes having an interface surface that engage with the radial gripping elements of the gripping tool and carrying an extended grip surface on a second side opposing the interface surface such that radial movement of the radial gripping elements toward the engaged position causes the spokes and the extended grip surface to move radially from a corresponding retracted position to a corresponding engaged position; and spoke guides (465, 475) on the at least one annular body (460, 470), the spoke guides (465, 475) being in close fitting relation with the spokes to constrain the spokes from axial rotation or rolling while allowing the spokes to move radially from the corresponding retracted position to the corresponding engaged position in response to movement of the radial gripping elements of the gripping tool.
Device for processing rubber, in particular for processing rubber waste containing textiles, with a rubber mill, which discharges rubber particles and loads the screening device with rubber particles, with a screening device, which has a transport device for moving and accelerating rubber particles against a screen, through which rubber particles of smaller size than the mesh size of the screen as well as fibres and fibre fragments pass through the screen, wherein the transport device transports the rubber material to be processed in an upwardly directed transport stream from an inlet of the screening device to an upper outlet, with a transport duct, which adjoins an outer surface of the screen, and with a lint separation device, to which the transport duct leads, characterised in that the screen is formed by an upright standing screening drum, and the transport device has a central shaft with a conveyor worm or with transport blades, that a recirculation duct is arranged between the outlet of the screening device and the inlet of the rubber mill, which mixes coarse material not passed through the screening drum with the material directed into the rubber mill, so that the coarse material is subjected to a crushing operation together with newly supplied material and is then fed to the inlet of the screening device again.
A ion source comprising: - a chamber having at least one entry port and one exit aperture, - an injection (15,31) adapted to inject matter into the chamber through the entry port, wherein said matter comprises at least a first species, - a tip having an apex located in the chamber, wherein the apex has a surface made of a metallic second species, wherein said first species and said metallic second species have different ionization voltages, - a generator, adapted to apply a voltage to said tip to ionise species inside said chamber, thereby generating ions of said species, - an extractor, adapted to move said ions out from the chamber through the exit aperture, - a regulation system adapted to set operative conditions of the chamber, including at least a temperature and a pressure inside the chamber, and said voltage, to alternatively generate: - in a first operative setting, ions from the gaseous first species, - in a second operative setting, ions from the non-gaseous metallic second species. - a chamber having at least one entry port and one exit aperture, - an injection (15,31) adapted to inject matter into the chamber through the entry port, wherein said matter comprises at least a first species, - a tip having an apex located in the chamber, wherein the apex has a surface made of a metallic second species, wherein said first species and said metallic second species have different ionization voltages, - a generator, adapted to apply a voltage to said tip to ionise species inside said chamber, thereby generating ions of said species, - an extractor, adapted to move said ions out from the chamber through the exit aperture, - a regulation system adapted to set operative conditions of the chamber, including at least a temperature and a pressure inside the chamber, and said voltage, to alternatively generate: - in a first operative setting, ions from the gaseous first species, - in a second operative setting, ions from the non-gaseous metallic second species.
A composition comprising: a. a first material that is selected from an acrylate, a fluorinated polymer, a polyimide, a collamer, a silicone, or a polyolefin; and b. a second material that is a biodegradable polymer selected from: poly(L-lactic acid) (PLLA); poly(lactic-co-glycolic acid) (PLGA); and combinations thereof, and comprises at least one encapsulated compound; wherein the first material is attached covalently via an acid or an amine group to the second material, and wherein the encapsulated compound is a drug and is controllably released over a period of time. a. a first material that is selected from an acrylate, a fluorinated polymer, a polyimide, a collamer, a silicone, or a polyolefin; and b. a second material that is a biodegradable polymer selected from: poly(L-lactic acid) (PLLA); poly(lactic-co-glycolic acid) (PLGA); and combinations thereof, and comprises at least one encapsulated compound;
A system for displaying information from a mobile computer comprising: a screen mounted on a vehicle, the screen being a transparent screen, the screen being viewable from inside the vehicle and from outside the vehicle; means for projecting images from a mobile computer onto the screen; means to determine a driver of the vehicle's position with respect to the vehicle; means to adjust the orientation of the images on the screen based upon the position of the driver; the means to determine a driver of the vehicle's position with respect to the vehicle and the means to adjust the orientation of the images on the screen based upon the position of the driver being communicatively linked to the mobile computer; and the system being configured to reverse the orientation of the images on the screen based upon the driver being in front of the vehicle. a screen mounted on a vehicle, the screen being a transparent screen, the screen being viewable from inside the vehicle and from outside the vehicle; means for projecting images from a mobile computer onto the screen; means to determine a driver of the vehicle's position with respect to the vehicle; means to adjust the orientation of the images on the screen based upon the position of the driver; the means to determine a driver of the vehicle's position with respect to the vehicle and the means to adjust the orientation of the images on the screen based upon the position of the driver being communicatively linked to the mobile computer; and the system being configured to reverse the orientation of the images on the screen based upon the driver being in front of the vehicle.
Control system for an electric bicycle, which comprises a mobile input and evaluation device, a holding apparatus for the input and evaluation device and also means (5a-5e) for actuating electronic components (17a-17c) and for detecting state information of the vehicle, wherein the state information obtained by the means (5a-5e) is evaluated and control signals for the electronic components (17a-17c) in the mobile input and evaluation device are generated, wherein at least one transmission and reception element for transferring signals to the means (5a-5e) is arranged in the holding apparatus, the mobile input and evaluation device being able to be connected wirelessly to said transmission and reception element, characterized in that the holding apparatus is designed as a central unit having a separate controller, which controls communication between the mobile input and output device and the means (5a-5e), and in that an electrical energy store for supplying energy to the mobile input and evaluation device held in the holding apparatus is arranged in the holding apparatus.
An apparatus, comprising: a connectivity chip configured to implement a wireless network platform; one or more standard peripheral interfaces configured to interconnect the apparatus to a host device having at least one processor; and means for implementing a proximal device-to-device, D2D, communication framework and exposing the command protocol associated with the proximal D2D communication framework via the one or more standard peripheral interfaces, the apparatus further comprising a dedicated interrupt line configured to couple the apparatus to the host device, wherein the apparatus is configured to assert the dedicated interrupt line asynchronously to indicate to the host device that the apparatus has data available for consumption by the at least one processor, wherein the one or more standard peripheral interfaces and dedicated interrupt line comprise a physical interconnect coupling the apparatus and the host device. a connectivity chip configured to implement a wireless network platform; one or more standard peripheral interfaces configured to interconnect the apparatus to a host device having at least one processor; and means for implementing a proximal device-to-device, D2D, communication framework and exposing the command protocol associated with the proximal D2D communication framework via the one or more standard peripheral interfaces, the apparatus further comprising a dedicated interrupt line configured to couple the apparatus to the host device, wherein the apparatus is configured to assert the dedicated interrupt line asynchronously to indicate to the host device that the apparatus has data available for consumption by the at least one processor, wherein the one or more standard peripheral interfaces and dedicated interrupt line comprise a physical interconnect coupling the apparatus and the host device.
An in vitro method for identifying of, distinguishing between and isolating of M1-like and M2-like macrophages which comprises characterizing the macrophages based on the expression level of one or more of the specific M1-associated cell surface markers CD120b having the nucleic acid sequence of SEQ ID NO:1, TLR2 having the nucleic acid sequence of SEQ ID NO:3 and SLAMF7 having the nucleic acid sequence of SEQ ID NO:5, or of one or more of the specific M2-associated cell surface markers CD1a having the nucleic acid sequence of SEQ ID NO:7, CD1b having the nucleic acid sequence of SEQ ID NO:9, CD93 having the nucleic acid sequence of SEQ ID NO:11 and CD226 having the nucleic acid sequence of SEQ ID NO:13, respectively, wherein the expression level of the M1-associated cell surface markers is at least 30 % higher in M1-like macrophages than in M2-like macrophages and the expression level of the M2-associated cell surface markers is at least 30 % higher in M2-like macrophages than in M1-like macrophages.
A method of coding audio signals, said method comprising: quantizing a first input vector (V10a) derived from the audio signal that has a first direction by selecting a corresponding one among a plurality of first codebook vectors (Sk) of a first codebook; generating a rotation matrix (Rk) that is based on the selected first codebook vector (Sk); calculating a product of: a second input vector (V10b) that corresponds to the first input vector (V10a) or is a normalized version of the first input vector (V10a) and that has the first direction; and, the rotation matrix (Rk), to produce a rotated vector (r) that has a second direction that is different than the first direction; quantizing the rotated vector (r) by selecting a corresponding one among a plurality of second codebook vectors (Sn) of a second codebook; and outputting the first codebook vector (Sk) and the second codebook vector (Sn). quantizing a first input vector (V10a) derived from the audio signal that has a first direction by selecting a corresponding one among a plurality of first codebook vectors (Sk) of a first codebook; generating a rotation matrix (Rk) that is based on the selected first codebook vector (Sk); calculating a product of: a second input vector (V10b) that corresponds to the first input vector (V10a) or is a normalized version of the first input vector (V10a) and that has the first direction; and, the rotation matrix (Rk), to produce a rotated vector (r) that has a second direction that is different than the first direction; a second input vector (V10b) that corresponds to the first input vector (V10a) or is a normalized version of the first input vector (V10a) and that has the first direction; and, the rotation matrix (Rk), to produce a rotated vector (r) that has a second direction that is different than the first direction; quantizing the rotated vector (r) by selecting a corresponding one among a plurality of second codebook vectors (Sn) of a second codebook; and outputting the first codebook vector (Sk) and the second codebook vector (Sn).
A method for allowing or denying operational access to a trusted accessory (202, 402; 502) from an untrusted device, via the establishment of a secure connection between the trusted accessory and the untrusted device, the method being implemented by the trusted accessory comprising: detecting an accessory-access-request event triggered by a user intending to establish the secure connection between the trusted accessory (202, 402, 502) and the untrusted device; generating a seed sequence having a first number of seed-sequence elements; outputting a sensorial indication which is perceivable by the user of the generated first number of seed-sequence elements via a user interface of the trusted accessory; receiving from the untrusted device, via the operation of the user on a user interface on the untrusted device, at least one seed-sequence-element-modifier signal for modifying the generated first number of seed-sequence elements; modifying the generated seed sequence in accordance with the at least one received seed-sequence-element-modifier signal; comparing the modified seed sequence with an access sequence stored in the trusted accessory (202, 402, 502); and granting operational access of the untrusted device to the trusted accessory when the modified seed sequence matches the stored access sequence; and denying operational access of the untrusted device to the trusted accessory when the modified seed sequence does not match the stored access sequence. detecting an accessory-access-request event triggered by a user intending to establish the secure connection between the trusted accessory (202, 402, 502) and the untrusted device; generating a seed sequence having a first number of seed-sequence elements; outputting a sensorial indication which is perceivable by the user of the generated first number of seed-sequence elements via a user interface of the trusted accessory; receiving from the untrusted device, via the operation of the user on a user interface on the untrusted device, at least one seed-sequence-element-modifier signal for modifying the generated first number of seed-sequence elements; modifying the generated seed sequence in accordance with the at least one received seed-sequence-element-modifier signal; comparing the modified seed sequence with an access sequence stored in the trusted accessory (202, 402, 502); and granting operational access of the untrusted device to the trusted accessory when the modified seed sequence matches the stored access sequence; and denying operational access of the untrusted device to the trusted accessory when the modified seed sequence does not match the stored access sequence.