mhurhangee/patent-ind-claim-en huggingface dataset:
A method for bonding a pellicle for lithography to a stencil , said pellicle comprising a frame having two annular faces, a membrane bonded to one annular face of the frame via an adhesive and an agglutinant layer laid on the other annular face of the frame ; said method comprising steps of: contacting the frame with the stencil via said agglutinant layer , and warming said agglutinant layer under a predetermined load pressure equivalent to a load pressure obtained by applying a predetermined bonding load of 100 N or lower to a pellicle frame having external dimensions of 149 mm × 115 mm × 3.5 mm and a width of 2 mm.
A cell that expresses a CAR molecule that binds CD19 (a CD19 CAR), for use in combination with a CD22 inhibitor in the treatment of a disease associated with expression of CD19 in a subject, wherein the CD22 inhibitor comprises a cell that expresses a CAR molecule that binds to CD22 (a CD22 CAR), further wherein the CD22 CAR comprises an anti-CD22 binding domain comprising: (i) a light chain complementarity determining region 1 (LC CDR1) of SEQ ID NO: 647, a light chain complementarity determining region 2 (LC CDR2) of SEQ ID NO: 658, a light chain complementarity determining region 3 (LC CDR3) of SEQ ID NO: 669, a heavy chain complementarity determining region 1 (HC CDR1) of SEQ ID NO: 497 or SEQ ID NO: 1344, a heavy chain complementarity determining region 2 (HC CDR2) of SEQ ID NO:508 or SEQ ID NO: 1353, and a heavy chain complementarity determining region 3 (HC CDR3) of SEQ ID NO: 519 or SEQ ID NO: 1362; or (ii) a LC CDR1 of SEQ ID NO: 648, a LC CDR2 of SEQ ID NO: 659, a LC CDR3 of SEQ ID NO: 670, a HC CDR1 of SEQ ID NO: 498 or SEQ ID NO: 1345, a HC CDR2 of SEQ ID NO: 509 or SEQ ID NO: 1354, and a HC CDR3 of SEQ ID NO: 520 or SEQ ID NO: 1363. (i) a light chain complementarity determining region 1 (LC CDR1) of SEQ ID NO: 647, a light chain complementarity determining region 2 (LC CDR2) of SEQ ID NO: 658, a light chain complementarity determining region 3 (LC CDR3) of SEQ ID NO: 669, a heavy chain complementarity determining region 1 (HC CDR1) of SEQ ID NO: 497 or SEQ ID NO: 1344, a heavy chain complementarity determining region 2 (HC CDR2) of SEQ ID NO:508 or SEQ ID NO: 1353, and a heavy chain complementarity determining region 3 (HC CDR3) of SEQ ID NO: 519 or SEQ ID NO: 1362; or (ii) a LC CDR1 of SEQ ID NO: 648, a LC CDR2 of SEQ ID NO: 659, a LC CDR3 of SEQ ID NO: 670, a HC CDR1 of SEQ ID NO: 498 or SEQ ID NO: 1345, a HC CDR2 of SEQ ID NO: 509 or SEQ ID NO: 1354, and a HC CDR3 of SEQ ID NO: 520 or SEQ ID NO: 1363.
An optical device comprising a stack of the following layers: a capping layer ; a layer of light absorber material ; a reflective layer ; and a spacer layer between the reflective layer and the layer of light absorber material , wherein: the refractive index of the capping layer is at least 1.6; the light absorber material is a phase-change material having a complex refractive index that is settable to at least two values which confer different optical properties to the device; and characterized in that : the spacer layer comprises a plurality of spacer layer sub-layers , at least two of the spacer layer sub-layers having different refractive indices relative to each other. a capping layer ; a layer of light absorber material ; a reflective layer ; and a spacer layer between the reflective layer and the layer of light absorber material , wherein: the refractive index of the capping layer is at least 1.6; the light absorber material is a phase-change material having a complex refractive index that is settable to at least two values which confer different optical properties to the device; and characterized in that : the refractive index of the capping layer is at least 1.6; the light absorber material is a phase-change material having a complex refractive index that is settable to at least two values which confer different optical properties to the device; and characterized in that : the spacer layer comprises a plurality of spacer layer sub-layers , at least two of the spacer layer sub-layers having different refractive indices relative to each other.
A clutch device , in particular a single or double clutch, having at least one counter-pressure plate , a pressure plate , which is displaceable in a limited manner relative to the counter-pressure plate in the axial direction (A) of the clutch device , for frictionally engaged clamping of a clutch plate between the counter-pressure plate and the pressure plate , and a wear-adjustment device for compensating for wear on the clutch plate , wherein the wear adjustment-device has at least one rotatable drive ring which is clampable in the axial direction (A) and at least one rotatable ramp ring which is clampable in an axial direction (A), characterised in that the ramp ring is connected to the drive ring by means of a torque-transferring connection allowing a limited relative path in the circumferential direction (U) of the clutch device , wherein the rigidity of the connection in the circumferential direction (U) is directionally dependent.
A method of generating an end-to-end, E2E, profile that characterizes an E2E application packet flow, E2E-APF, path between first and second applications respectively hosted on first and second communication devices and exchanging information over a plurality of communication networks, the method comprising: acquiring communication device data associated with at least one of the first and second communication devices and path data associated with network elements and/or communication links connecting network elements along E2E-APF paths that traverse at least two of the plurality of networks between communication devices at endpoints of the E2E- APF paths; the method being characterized by tracing, during a communication session, an E2E-APF path having endpoints at the first and second communication devices and traversing the plurality of networks over which packets comprising the information exchanged in the communication session propagate, by determining a network segment that the E2E-APF path traverses in each of two different networks of the plurality of networks that the E2E-APF path traverses; acquiring quality of service, QoS, data for at least two of the plurality of networks that the E2E-APF path traverses; and generating an E2E-APF profile responsive to the QoS data, and the communication device data, and the traced E2E-APF path. acquiring communication device data associated with at least one of the first and second communication devices and path data associated with network elements and/or communication links connecting network elements along E2E-APF paths that traverse at least two of the plurality of networks between communication devices at endpoints of the E2E- APF paths; the method being characterized by tracing, during a communication session, an E2E-APF path having endpoints at the first and second communication devices and traversing the plurality of networks over which packets comprising the information exchanged in the communication session propagate, by determining a network segment that the E2E-APF path traverses in each of two different networks of the plurality of networks that the E2E-APF path traverses; acquiring quality of service, QoS, data for at least two of the plurality of networks that the E2E-APF path traverses; and generating an E2E-APF profile responsive to the QoS data, and the communication device data, and the traced E2E-APF path.
A pool cleaner, comprising: a drive assembly including a front roller , a rear roller , a first middle roller , and a second middle roller , the first and second middle rollers being disposed adjacent to each other; a motor housing mounted relative to the drive assembly , the motor housing including a first drive motor and a second drive motor; and a hydrocyclonic particle separator assembly mounted to the motor housing ; characterized in that the first drive motor is configured to drive rotation of the front roller and the first middle roller ; and the second drive motor is configured to drive rotation of the rear roller and the second middle roller . a drive assembly including a front roller , a rear roller , a first middle roller , and a second middle roller , the first and second middle rollers being disposed adjacent to each other; a motor housing mounted relative to the drive assembly , the motor housing including a first drive motor and a second drive motor; and a hydrocyclonic particle separator assembly mounted to the motor housing ; characterized in that the first drive motor is configured to drive rotation of the front roller and the first middle roller ; and the second drive motor is configured to drive rotation of the rear roller and the second middle roller .
Household appliance, with - an electric motor and - at least one cover element for the electric motor , characterised in that the at least one cover element , at least in subregions, consists of a composite material which contains at least one plastic and leather. - an electric motor and - at least one cover element for the electric motor ,
A patterning method for forming a pattern by irradiating light (L) toward a photocurable patterning material , the method comprising the steps of: (i) supplying a release material in a liquid state having a first specific gravity d 1 and the patterning material in a liquid state that has a second specific gravity d 2 smaller than the first specific gravity d 1 and phase-separates from the release material to a patterning tray including a bottom portion having a light-exposed surface to form a first liquid layer of the release material in contact with the bottom portion and also form, on the first liquid layer , a second liquid layer of the patterning material in contact with the first liquid layer , and thereby forming a liquid film made of the patterning material in a vicinity of an interface of the second liquid layer with the first liquid layer ; and (ii) irradiating light (L) to the liquid film via the first liquid layer to photocure the liquid film and form a pattern , characterised in that the first specific gravity d1 is 1.2 or more, a difference between the first specific gravity d1 and the second specific gravity d2 is 0.1 or more, and the release material when forming the pattern in the step (ii) has a viscosity of 10 kg.m -1 .s -1 or less, wherein the value of the viscosity is determined as specified in the description. (i) supplying a release material in a liquid state having a first specific gravity d 1 and the patterning material in a liquid state that has a second specific gravity d 2 smaller than the first specific gravity d 1 and phase-separates from the release material to a patterning tray including a bottom portion having a light-exposed surface to form a first liquid layer of the release material in contact with the bottom portion and also form, on the first liquid layer , a second liquid layer of the patterning material in contact with the first liquid layer , and thereby forming a liquid film made of the patterning material in a vicinity of an interface of the second liquid layer with the first liquid layer ; and (ii) irradiating light (L) to the liquid film via the first liquid layer to photocure the liquid film and form a pattern ,
A biotextile substrate having a mesh sewn therein, the mesh having pores surrounded by corner-lock stitches forming a corner-lock stitch pattern, wherein the corner-lock stitches resist deformation and puncture of the mesh, the corner-lock stitch pattern comprising a first pattern of a first upper thread or yarn and a first lower thread or yarn comprising one or more curves, one or more angles, or a combination of one or more curves and one or more angles, and a second pattern of a second upper thread or yarn and a second lower thread or yarn comprising one or more curves, one or more angles, or a combination of one or more curves and one or more angles; wherein at least one of the one or more curves or the one or more angles of the second pattern overlaps at least one of the one or more curves or the one or more angles of the first pattern in close proximity to a vertex of each of the one or more curves or the one or more angles of the first pattern, and one or more of the overlaps comprises a corner-lock stitch pattern comprising one or more thread interlace points and two or more thread overlays in which the second upper thread and second lower thread envelope the first upper thread and first lower thread.
A printer comprising: a hub assembly to hold one end of a media roll , the hub assembly including: a hub to engage the roll , the hub rotatable on an axis; a spacer operatively connected to the hub to vary a distance along the axis between the hub and a first support supporting the hub ; and an actuator to move the spacer along the axis to vary the distance between the hub and the first support ; the printer further comprising a print bar including multiple printheads , and edge detectors to signal a position of a roll, wherein the edge detectors are connected to a controller ; wherein in response the detectors signalling the new position when the position of the roll is adjusted, the controller is to adjust printhead control data to account for the shift. a hub assembly to hold one end of a media roll , the hub assembly including: a hub to engage the roll , the hub rotatable on an axis; a spacer operatively connected to the hub to vary a distance along the axis between the hub and a first support supporting the hub ; and an actuator to move the spacer along the axis to vary the distance between the hub and the first support ; a hub to engage the roll , the hub rotatable on an axis; a spacer operatively connected to the hub to vary a distance along the axis between the hub and a first support supporting the hub ; and an actuator to move the spacer along the axis to vary the distance between the hub and the first support ; the printer further comprising a print bar including multiple printheads , and edge detectors to signal a position of a roll, wherein the edge detectors are connected to a controller ; wherein in response the detectors signalling the new position when the position of the roll is adjusted, the controller is to adjust printhead control data to account for the shift.
A protective device for an electrical circuit , configured to transmit an electrical current (I), the protective device comprising: - a first conductor , - a second conductor , - a first fuse connected to the output conductor, - at least one pyroswitch connected in parallel to the first fuse, the pyroswitch including a command zone , able to receive a triggering signal (S), and a power zone for the passage of the electrical current, and - a command circuit configured to develop and transmit the triggering signal (S) to the command zone of the pyroswitch, the device being characterized in that it further comprises a second fuse connected in series between the input conductor and the first fuse and able to provide a supply voltage (V) to the command circuit , and in that the command circuit is connected between the second fuse and the command zone of the pyroswitch . - a first conductor , - a second conductor , - a first fuse connected to the output conductor, - at least one pyroswitch connected in parallel to the first fuse, the pyroswitch including a command zone , able to receive a triggering signal (S), and a power zone for the passage of the electrical current, and - a command circuit configured to develop and transmit the triggering signal (S) to the command zone of the pyroswitch,
A method for providing a semiconductor device comprising : forming a III-nitride layer buffer layer on a substrate ; forming a III-nitride N-channel layer on the buffer layer ; forming a III-nitride N-barrier layer on the N-channel layer ; forming a first dielectric layer on top of the N-barrier layer ; etching the first dielectric layer , the N-barrier layer , and the N-channel layer to form a first mesa for an N-channel transistor and to expose a portion of the buffer layer ; forming a second dielectric layer over the first mesa and over a first area of the exposed portion of the buffer layer , wherein the first area is adjacent the first mesa , and wherein a remaining portion of the buffer layer is exposed; forming on top of the remaining exposed portion of the buffer layer a III-nitride P-barrier layer ; forming on top of the III-nitride P-barrier layer a III-nitride P-channel layer ; forming on top of the III-nitride P-channel layer a III-nitride P-cap layer , wherein the III-nitride P-barrier layer , the III-nitride P-channel layer , and the III-N P-cap layer form a second mesa for a P-channel transistor, and wherein the first and second mesa are separated by the first area on the buffer layer; removing the second dielectric ; and implanting ions in the buffer layer between the first mesa and the second mesa for providing isolation between the N-channel transistor and the P-channel transistor. forming a III-nitride layer buffer layer on a substrate ; forming a III-nitride N-channel layer on the buffer layer ; forming a III-nitride N-barrier layer on the N-channel layer ; forming a first dielectric layer on top of the N-barrier layer ; etching the first dielectric layer , the N-barrier layer , and the N-channel layer to form a first mesa for an N-channel transistor and to expose a portion of the buffer layer ; forming a second dielectric layer over the first mesa and over a first area of the exposed portion of the buffer layer , wherein the first area is adjacent the first mesa , and wherein a remaining portion of the buffer layer is exposed; forming on top of the remaining exposed portion of the buffer layer a III-nitride P-barrier layer ; forming on top of the III-nitride P-barrier layer a III-nitride P-channel layer ; forming on top of the III-nitride P-channel layer a III-nitride P-cap layer , wherein the III-nitride P-barrier layer , the III-nitride P-channel layer , and the III-N P-cap layer form a second mesa for a P-channel transistor, and wherein the first and second mesa are separated by the first area on the buffer layer; removing the second dielectric ; and implanting ions in the buffer layer between the first mesa and the second mesa for providing isolation between the N-channel transistor and the P-channel transistor.
Method to protect a computer program wherein a plurality of N computation units are to be executed depending on a driving value (DV), the driving value (DV) being a sequence of condition values having N units (abaabbabbbabbaaba), each unit having V possible values, wherein V≥2 the driving value (DV) being dedicated to handle sensitive data, each of the plurality of N computation units comprising a code to perform computations using sensitive data and susceptible to let sensitive data leak, said method being characterized in that it comprises the steps of: - unrolling (S1) k1 +...+ ki +...+ kn parts of computation units, wherein each of the ki parts has Pi computation units, Pi≠P(i+1), i=1, 2, ...n, n>1, N = k1 x P1 + ... + ki x Pi + ... + kn x Pn, with Pi>1 and Pi<N and, by rewriting them in an equivalent sequence of computations units protecting the sensitive data, said unrolling step (S1) resulting in V P1 +...+V Pi +...V Pn possible parts of computation units (AA, AB, BA, BB, AA, AAB, ABA, ABB, BAA, BAB, BBA, BBB), - introducing, in the protected computer program, instructions corresponding to the V P1 +... +V Pi +...V Pn possible parts of computation units; and further introducing in the protected computer program instructions for: - processing the driving value by k1, ..., ki, ..., kn parts of units (aba, abb, abb, ba, bb, aa, ba) and selecting (S2) which among the V P1 +...+V Pi +...V Pn possible parts of computation units is to be executed according to the part of P1, ..., Pi, ..., Pn units of the processed driving value, thereby allowing the driving value to dynamically update by modifying its parts. - unrolling (S1) k1 +...+ ki +...+ kn parts of computation units, wherein each of the ki parts has Pi computation units, Pi≠P(i+1), i=1, 2, ...n, n>1, N = k1 x P1 + ... + ki x Pi + ... + kn x Pn, with Pi>1 and Pi<N and, by rewriting them in an equivalent sequence of computations units protecting the sensitive data, said unrolling step (S1) resulting in V P1 +...+V Pi +...V Pn possible parts of computation units (AA, AB, BA, BB, AA, AAB, ABA, ABB, BAA, BAB, BBA, BBB), - introducing, in the protected computer program, instructions corresponding to the V P1 +... +V Pi +...V Pn possible parts of computation units; and further introducing in the protected computer program instructions for: - processing the driving value by k1, ..., ki, ..., kn parts of units (aba, abb, abb, ba, bb, aa, ba) and selecting (S2) which among the V P1 +...+V Pi +...V Pn possible parts of computation units is to be executed according to the part of P1, ..., Pi, ..., Pn units of the processed driving value, thereby allowing the driving value to dynamically update by modifying its parts.
A distributor for introducing a first fluid (F1) into a second fluid (F2), in particular for introducing a first liquid into a second liquid, having a first delimiting surface and a second delimiting surface spaced apart from said first delimiting surface and extending substantially parallel to the first delimiting surface , the distributor being provided with passages; wherein a center axis (Z) extends centrally through said delimiting surfaces ; and wherein the distributor comprises at least one inlet and at least two exit openings for the first fluid (F1); and at least one channel in communication with said inlet and said exit openings and located between the first delimiting surface and the second delimiting surface ; wherein the exit openings are arranged such that, in operation, the first fluid (F1) exits from the distributor into the second fluid (F2) in a uniformly distributed manner concentrically about the center axis (Z); wherein the distributor comprises at least one passage opening for the second fluid (F2), which is dimensioned and arranged such that, in operation, the second fluid (F2) concentrically flows around the center axis (Z) in a uniformly distributed manner; wherein the distributor has at least two outlet areas with exit openings that are in communication with at least one channel , wherein each outlet area is in communication with an inlet associated with said outlet area via its exit openings and said channel or said channels , characterized in that the distributor is in the form of a plate.