mhurhangee/ep-ind-claims huggingface dataset:
A method of sorting particles within a sample, with use of a flow cytometer, the method comprising: (a) analyzing a sample having a plurality of particle populations with a flow cytometer; (b) obtaining a parameter plot from the flow cytometry analysis of step (a); (c) defining a coincidence acceptance gate in the parameter plot of step (b), wherein the coincidence acceptance gate identifies a non-target particle population that may be accepted with a target particle in a subsequent sort analysis, if the non-target particle is not assigned to another sort classification; and (d) processing the sample through the sort analysis, the sort analysis being in accordance with sort gating parameters and at least one value in addition to the sort gating parameters, the at least one value representing the coincidence acceptance gate. (a) analyzing a sample having a plurality of particle populations with a flow cytometer; (b) obtaining a parameter plot from the flow cytometry analysis of step (a); (c) defining a coincidence acceptance gate in the parameter plot of step (b), wherein the coincidence acceptance gate identifies a non-target particle population that may be accepted with a target particle in a subsequent sort analysis, if the non-target particle is not assigned to another sort classification; and (d) processing the sample through the sort analysis, the sort analysis being in accordance with sort gating parameters and at least one value in addition to the sort gating parameters, the at least one value representing the coincidence acceptance gate.
A method of recovering multi-bit symbols from a stream of Forward Error Correction, FEC, encoded multi-bit symbols received through an optical communications system, wherein the multi-bit symbols are generated at a transmitter by constellation mapping and wherein the FEC-encoded multi-bit symbols comprise first and second parts generated at the transmitter from first and second parts of the multi-bit symbols such that the FEC-encoded multi-bit symbols comprise redundant bits obtained by FEC encoding, each FEC-encoded multi-bit symbol constituting a FEC-encoded multi-bit symbol of a modulation scheme of the optical communications system, the method comprising: for estimates of FEC-encoded multi-bit symbols in the stream, separating the estimates into first and second parts and detecting a most likely first part of each estimate (48, S6, 74, 76, S22) and a most likely second part of each estimate (50, S8, 76, 78, S26); assembling encoded FEC frames from the most likely first and second parts of the estimates, such that, for any one estimate, the most likely first and second parts of the estimate are respectively included in different encoded FEC frames; processing the encoded FEC frames by a FEC decoder (52, 80) to generate corrected FEC frames (S12, S30) comprising corrected first and second parts of the multi-bit symbols; and detecting the most likely second part of each estimate of the FEC-encoded multi-bit symbol in the stream using the corrected first part of the multi-bit symbol (50, S16, 76, 78, S34, S36), and wherein the stream of FEC-encoded multi-bit symbols is distributed across two or more dimensions of an optical carrier light. for estimates of FEC-encoded multi-bit symbols in the stream, separating the estimates into first and second parts and detecting a most likely first part of each estimate (48, S6, 74, 76, S22) and a most likely second part of each estimate (50, S8, 76, 78, S26); assembling encoded FEC frames from the most likely first and second parts of the estimates, such that, for any one estimate, the most likely first and second parts of the estimate are respectively included in different encoded FEC frames; processing the encoded FEC frames by a FEC decoder (52, 80) to generate corrected FEC frames (S12, S30) comprising corrected first and second parts of the multi-bit symbols; and detecting the most likely second part of each estimate of the FEC-encoded multi-bit symbol in the stream using the corrected first part of the multi-bit symbol (50, S16, 76, 78, S34, S36), and wherein the stream of FEC-encoded multi-bit symbols is distributed across two or more dimensions of an optical carrier light.
Method for bending at least one edge of a composite sheet, which has at least two outer metallic layers (2, 3) and an inner plastic layer, in which the edge of the composite sheet is edge-bent in a first step and is bent into the finished form in at least one further process step, wherein, during edge-bending, an edge-bending punch, a holding-down device and an edge-bending jaw are used, the edge-bending punch has a groove running in the bending direction below the bending edge of the edge-bending punch, characterised in that, during edge-bending, there is a material displacement into the groove below the bending edge and a bulge of the composite sheet and the composite sheet is folded, wherein the bulge of the composite sheet is maintained on the inner side of the bending edge until the production of the final fold.
A method for generating a laser beam with different beam profile characteristics, wherein a laser beam (61, 62) is coupled into one fibre end of a multi-clad fibre, in particular a double-clad fibre, and emitted from the other fibre end of the multi-clad fibre, and wherein for the generation of a first beam profile characteristic of the output laser beam, a first laser beam is coupled at least into the inner fibre core of the multi-clad fibre and for generating a different second beam profile characteristic of the output laser beam a different, second laser beam is coupled at least into at least one outer ring core of the multi-clad fibre.
A compound having the structure of Formula, for use in a method for treating stroke or traumatic brain injury in an individual in need thereof: wherein: R' 1 is or L 2 is -NH-C(=O)-, or -C(=O)NH-; X is CR 3 or N; Y is independently selected from CR 9 or N; R 2 is aryl optionally substituted with at least one R 3; R 3 is independently selected from H, F, D, Cl, Br, I, -CN, -NO 2, -OH, -CF 3, - OCF 3, -OR 5, C 1 -C 6 alkyl, C 3 -C 8 cycloalkyl, C 1 -C 6 heteroalkyl, C 1 -C 6 haloalkyl, C 2 -C 8 heterocycloalkyl, optionally substituted aryl, optionally substituted O-aryl, optionally substituted heteroaryl, n is an integer selected from 0-2; R 9 is independently selected from H, D, halogen, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, - OR 5, -OCF 3, C 1 -C 6 carbonylalkyl, or -CF 3; or two R 9 attached to the same carbon atom form an oxetane ring; R 10 is selected from halogen, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, -OR 5, -OCF 3, C 1 -C 6 carbonylalkyl, or -CF 3; R 5 is independently selected from H, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, C 3 -C 8 cycloalkyl, phenyl, and benzyl; or a pharmaceutically acceptable salt, or pharmaceutically acceptable solvate thereof. R' 1 is or L 2 is -NH-C(=O)-, or -C(=O)NH-; X is CR 3 or N; Y is independently selected from CR 9 or N; R 2 is aryl optionally substituted with at least one R 3; R 3 is independently selected from H, F, D, Cl, Br, I, -CN, -NO 2, -OH, -CF 3, - OCF 3, -OR 5, C 1 -C 6 alkyl, C 3 -C 8 cycloalkyl, C 1 -C 6 heteroalkyl, C 1 -C 6 haloalkyl, C 2 -C 8 heterocycloalkyl, optionally substituted aryl, optionally substituted O-aryl, optionally substituted heteroaryl, n is an integer selected from 0-2; R 9 is independently selected from H, D, halogen, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, - OR 5, -OCF 3, C 1 -C 6 carbonylalkyl, or -CF 3; or two R 9 attached to the same carbon atom form an oxetane ring; R 10 is selected from halogen, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, -OR 5, -OCF 3, C 1 -C 6 carbonylalkyl, or -CF 3; R 5 is independently selected from H, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, C 3 -C 8 cycloalkyl, phenyl, and benzyl;
A method of determining tumour responsiveness to a chemotherapeutic agent in a sample comprising tumour cell RNA, obtained from a patient with a cancerous tumour after the patient has received one or more doses of the chemotherapeutic agent, comprising determining the RNA integrity assessed by degradation of the sample and comparing the RNA integrity of the sample to a time point before administration of the one or more doses of the chemotherapeutic agent; wherein a decrease in RNA integrity over time is indicative that the tumour is responsive to the chemotherapeutic agent and a high RNA integrity of the sample, wherein the extracted RNA exhibits little to no degradation, is indicative that the tumour is resistant to the chemotherapeutic agent.
A mobile terminal comprising: two cameras (121-1, 121-2) configured to obtain an image, wherein the two cameras are provided at a rear case of the mobile terminal and the two cameras comprise a first camera and a second camera separated by a predetermined space; a touchscreen configured to display the obtained image; a sensing unit configured to sense a movement of the mobile terminal; and a controller configured to: - determine a first subject in the obtained image, and - control activation in each of the two cameras according to a location of the first subject, - control a view angle of each of the activated cameras according to the location of the first subject so as to continuously display, on the touchscreen, the first subject in a displayed photography result image; and - obtain a preview image via a camera closer to the first subject among the two cameras in consideration of the location of the first subject relative to the mobile terminal based on the sensed movement of the mobile terminal. two cameras (121-1, 121-2) configured to obtain an image, wherein the two cameras are provided at a rear case of the mobile terminal and the two cameras comprise a first camera and a second camera separated by a predetermined space; a touchscreen configured to display the obtained image; a sensing unit configured to sense a movement of the mobile terminal; and a controller configured to: - determine a first subject in the obtained image, and - control activation in each of the two cameras according to a location of the first subject, - control a view angle of each of the activated cameras according to the location of the first subject so as to continuously display, on the touchscreen, the first subject in a displayed photography result image; and - obtain a preview image via a camera closer to the first subject among the two cameras in consideration of the location of the first subject relative to the mobile terminal based on the sensed movement of the mobile terminal. - determine a first subject in the obtained image, and - control activation in each of the two cameras according to a location of the first subject, - control a view angle of each of the activated cameras according to the location of the first subject so as to continuously display, on the touchscreen, the first subject in a displayed photography result image; and - obtain a preview image via a camera closer to the first subject among the two cameras in consideration of the location of the first subject relative to the mobile terminal based on the sensed movement of the mobile terminal.
An insert for a folding jaw cylinder of a folding apparatus of a printing press, having: a strip-shaped base body comprising a predetermined total length and a predetermined base cross section for insertion into an outer circumferential groove of the folding jaw cylinder, wherein the base body is made of an elastic material, and a cover strip, which is joined to a top side of the base body, which comes to rest radially on the outside in the groove of the folding jaw cylinder and has a predetermined length, so that the cover strip extends over a partial length (L1.1) of the base body and has a predetermined width in the area of its length, so that in the area of the partial length (L1.1), the cover strip protrudes laterally on both sides beyond the base cross section of the base body by a predetermined protrusion dimension (B2.1), wherein the cover strip is made of an elastic material. characterized in that the base body is curved in the shape of a circular arc over its total length, so that the top side of the base body is arranged so as to be located radially outside the circular arc and is curved with a predetermined curvature along the base body, and that the cover strip is joined to the curved top side of the base body. a strip-shaped base body comprising a predetermined total length and a predetermined base cross section for insertion into an outer circumferential groove of the folding jaw cylinder, wherein the base body is made of an elastic material, and a cover strip, which is joined to a top side of the base body, which comes to rest radially on the outside in the groove of the folding jaw cylinder and has a predetermined length, so that the cover strip extends over a partial length (L1.1) of the base body and has a predetermined width in the area of its length, so that in the area of the partial length (L1.1), the cover strip protrudes laterally on both sides beyond the base cross section of the base body by a predetermined protrusion dimension (B2.1), wherein the cover strip is made of an elastic material. characterized in that the base body is curved in the shape of a circular arc over its total length, so that the top side of the base body is arranged so as to be located radially outside the circular arc and is curved with a predetermined curvature along the base body, and that the cover strip is joined to the curved top side of the base body.
A catheter comprising: a proximal shaft including a cutout portion formed in a distal end portion thereof; and a core wire joined to the cutout portion through joining means which is formed along a joint surface between a proximal end portion of the core wire and the cutout portion, characterized in that when the joining means is divided into first joining means and second joining means along a longitudinal axis of the catheter, a length of one of the first joining means and the second joining means is larger than a length of the other of the first joining means and the second joining means, and the different length of the first joining means and the second joining means form an asymmetrical joint portion about a longitudinal axis of the proximal shaft, with wich the proximal shaft is joined to the core wire, and a non-joint portion with which the proximal shaft is not joined to the core wire. a proximal shaft including a cutout portion formed in a distal end portion thereof; and a core wire joined to the cutout portion through joining means which is formed along a joint surface between a proximal end portion of the core wire and the cutout portion, when the joining means is divided into first joining means and second joining means along a longitudinal axis of the catheter, a length of one of the first joining means and the second joining means is larger than a length of the other of the first joining means and the second joining means, and the different length of the first joining means and the second joining means form an asymmetrical joint portion about a longitudinal axis of the proximal shaft, with wich the proximal shaft is joined to the core wire, and a non-joint portion with which the proximal shaft is not joined to the core wire.
A method of operating a first device for reporting feedback information to a second device to assist the second device in precoding information which is carried over a multiple-input, multiple output, MIMO, channel to the first device, the method comprising the steps of: generating a multi-part feedback signal representing a multi-part matrix structure which is related to channel state information for the MIMO channel; transmitting to the second device at least two different parts of the multi-part feedback signal with two respective different transmission granularities in time and/or frequency, wherein the different parts of the multi-part feedback signal correspond to different constituent matrices of the multi-part matrix structure, the multi-part matrix structure is a precoder matrix structure, the precoder is derived from the channel state information and the precoder matrix structure is obtained as a Kronecker product of two matrices comprising the multi-part matrix structure, wherein the precoder matrix structure comprises a polarization matrix and a beamforming vector. generating a multi-part feedback signal representing a multi-part matrix structure which is related to channel state information for the MIMO channel; transmitting to the second device at least two different parts of the multi-part feedback signal with two respective different transmission granularities in time and/or frequency, wherein the different parts of the multi-part feedback signal correspond to different constituent matrices of the multi-part matrix structure, the multi-part matrix structure is a precoder matrix structure, the precoder is derived from the channel state information and the precoder matrix structure is obtained as a Kronecker product of two matrices comprising the multi-part matrix structure, wherein the precoder matrix structure comprises a polarization matrix and a beamforming vector.
An air filter housing for supplying air to a space, said air filter housing being configured to be arranged in a ceiling of said space, said housing having a mouth facing downward, said mouth comprising a sealing surface configured to receive a panel type air filter comprising a frame and a filter medium held within said frame, such that a sealing connection between said sealing surface and said frame is achieved, wherein said filter housing further comprises at least one clamping device for clamping the frame of the panel type air filter against the sealing surface, wherein said at least one clamping device comprises a cam mechanism configured to displace the frame when activating the cam mechanism, thereby providing clamping of said filter frame against the sealing surface, a clamp holder, an axle fixed in the clamp holder, characterized in that the clamping device comprises a clamping portion arranged at the axle such that it can rotate and move along a portion of the length of said axle, and a cam lever portion arranged at an end of the axle comprising an eccentric portion and a lever portion movable between an open and a closed position, such that when the lever is moved from the open to the closed position the eccentric portion pushes the clamping portion along the axle towards the sealing surface. said housing having a mouth facing downward, said mouth comprising a sealing surface configured to receive a panel type air filter comprising a frame and a filter medium held within said frame, such that a sealing connection between said sealing surface and said frame is achieved, wherein said filter housing further comprises at least one clamping device for clamping the frame of the panel type air filter against the sealing surface, wherein said at least one clamping device comprises a cam mechanism configured to displace the frame when activating the cam mechanism, thereby providing clamping of said filter frame against the sealing surface, a clamp holder, an axle fixed in the clamp holder, characterized in that the clamping device comprises a clamping portion arranged at the axle such that it can rotate and move along a portion of the length of said axle, and a cam lever portion arranged at an end of the axle comprising an eccentric portion and a lever portion movable between an open and a closed position, such that when the lever is moved from the open to the closed position the eccentric portion pushes the clamping portion along the axle towards the sealing surface.
Magnet armature for a magnetic actuator, in particular for a magnetic valve, comprising: at least one magnetic region and at least one non-magnetic region, wherein the magnet armature is formed as a single-piece cylindrical component with a first and a second armature face side (7, 8), wherein the magnetic and non-magnetic regions (3, 4) are cohesively connected to one another by means of a two-component powder injection moulding process, wherein the magnetic region and the non-magnetic region extend in an axial direction at least as far as the first armature face side, and wherein the magnet armature is formed with a central passage opening, characterized in that at least one non-magnetic region is formed as a cylindrical region or as a region which tapers in an axial direction, which region in each case surrounds the central passage opening. at least one magnetic region and at least one non-magnetic region, wherein the magnet armature is formed as a single-piece cylindrical component with a first and a second armature face side (7, 8), wherein the magnetic and non-magnetic regions (3, 4) are cohesively connected to one another by means of a two-component powder injection moulding process, wherein the magnetic region and the non-magnetic region extend in an axial direction at least as far as the first armature face side, and wherein the magnet armature is formed with a central passage opening, characterized in that at least one non-magnetic region is formed as a cylindrical region or as a region which tapers in an axial direction, which region in each case surrounds the central passage opening.
An ultrasonic wave device comprising: a holding member designed to be fixed to an inner surface of a vehicle outer panel; and a body block designed to be connected with the holding member, wherein the body block includes: a head designed to be inserted in an exposing hole which is a through hole provided at the vehicle outer panel; at least one abutting part (33, 33A) designed to abut on the inner surface of the vehicle outer panel at a position closer to the exposing hole than a position where the holding member is fixed; and at least one of a receiving part and a transmitting part, the receiving part being provided at the head and configured to receive ultrasonic waves incident from an exposed surface which is exposed through the exposing hole, the transmitting part being provided at the head and configured to transmit ultrasonic waves from the exposed surface, and wherein the holding member includes a biasing part designed to bias the body block to an outer side of the vehicle outer panel, characterized in that the at least one abutting part (33, 33A) is designed to abut on the vehicle outer panel only around a part of the exposing hole, a holding member designed to be fixed to an inner surface of a vehicle outer panel; and a body block designed to be connected with the holding member, wherein the body block includes: a head designed to be inserted in an exposing hole which is a through hole provided at the vehicle outer panel; at least one abutting part (33, 33A) designed to abut on the inner surface of the vehicle outer panel at a position closer to the exposing hole than a position where the holding member is fixed; and at least one of a receiving part and a transmitting part, the receiving part being provided at the head and configured to receive ultrasonic waves incident from an exposed surface which is exposed through the exposing hole, the transmitting part being provided at the head and configured to transmit ultrasonic waves from the exposed surface, and a head designed to be inserted in an exposing hole which is a through hole provided at the vehicle outer panel; at least one abutting part (33, 33A) designed to abut on the inner surface of the vehicle outer panel at a position closer to the exposing hole than a position where the holding member is fixed; and at least one of a receiving part and a transmitting part, the receiving part being provided at the head and configured to receive ultrasonic waves incident from an exposed surface which is exposed through the exposing hole, the transmitting part being provided at the head and configured to transmit ultrasonic waves from the exposed surface, and wherein the holding member includes a biasing part designed to bias the body block to an outer side of the vehicle outer panel, characterized in that the at least one abutting part (33, 33A) is designed to abut on the vehicle outer panel only around a part of the exposing hole,