mhurhangee/ep-ind-claims huggingface dataset:
A composition for use as material for electrical or electronic parts, comprising: a vinyl polymer having, at a molecular terminal thereof, at least one (meth) acryloyl group per molecule of the polymer, the group being represented by the following general formula: -OC C(R a)=CH 2 wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, an initiator, and an amount of from 25% by weight or more of the following vinyl monomer component (s) to the total 100% by weight of the vinyl polymer and the vinyl monomer components: a vinyl monomer having a (meth)acryloyl group represented by the following general formula: R b -(OC C(R a)=CH 2) n wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, R b represents an organic group having 6 to 20 carbon atoms, and n represents an integer of 2 to 6, and optionally a vinyl monomer having a (meth)acryloyl group represented by the following general formula: R C -OC C(R a)=CH 2 wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, and R c represents an organic group having 6 to 20 carbon atoms, and wherein said amount is 65% by weight or less including 5% by weight or more of the component when the composition comprises the component or is 45% by weight or less otherwise, characterized in that a main chain of the component is produced by polymerizing acrylic ester monomers. a vinyl polymer having, at a molecular terminal thereof, at least one (meth) acryloyl group per molecule of the polymer, the group being represented by the following general formula: -OC C(R a)=CH 2 wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, an initiator, and an amount of from 25% by weight or more of the following vinyl monomer component (s) to the total 100% by weight of the vinyl polymer and the vinyl monomer components: a vinyl monomer having a (meth)acryloyl group represented by the following general formula: R b -(OC C(R a)=CH 2) n wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, R b represents an organic group having 6 to 20 carbon atoms, and n represents an integer of 2 to 6, and optionally a vinyl monomer having a (meth)acryloyl group represented by the following general formula: R C -OC C(R a)=CH 2
An apparatus, comprising: a processor (850, 950); and a memory (760, 969) comprising instructions that when executed by the processor (850, 950) cause the processor (850, 950) to: identify a private server key and a client public certificate created by a certificate authority, wherein the private server key is provided to the server at manufacture; or wherein the private server key is stored in a secure enclave; create a server generated certificate based on the private server key; communicate the server generated certificate to a client device to establish trust between the server and the client device; receive a client generated certificate that has been generated, by the client device, based at least on the server generated certificate, from the client device; authenticate the client generated certificate with the client public certificate to establish a secure communications channel between the server and the client device; and provide a service to the client device via the secure communications channel. a processor (850, 950); and a memory (760, 969) comprising instructions that when executed by the processor (850, 950) cause the processor (850, 950) to: identify a private server key and a client public certificate created by a certificate authority, wherein the private server key is provided to the server at manufacture; or wherein the private server key is stored in a secure enclave; create a server generated certificate based on the private server key; communicate the server generated certificate to a client device to establish trust between the server and the client device; receive a client generated certificate that has been generated, by the client device, based at least on the server generated certificate, from the client device; authenticate the client generated certificate with the client public certificate to establish a secure communications channel between the server and the client device; and provide a service to the client device via the secure communications channel. identify a private server key and a client public certificate created by a certificate authority, wherein the private server key is provided to the server at manufacture; or wherein the private server key is stored in a secure enclave; create a server generated certificate based on the private server key; communicate the server generated certificate to a client device to establish trust between the server and the client device; receive a client generated certificate that has been generated, by the client device, based at least on the server generated certificate, from the client device; authenticate the client generated certificate with the client public certificate to establish a secure communications channel between the server and the client device; and provide a service to the client device via the secure communications channel.
A method of producing hexane, the method comprising producing, as a byproduct from a C 5 -C 6 -isomerization unit, hexane having a benzene content of < 3 ppm wt., a sulfur content of < 0.5 ppm wt. and an n-hexane content of > 40 wt%, wherein the method comprises: producing a stable isomerate feed in a C 5 -C 6 -isomerization unit, feeding said stable isomerate feed to the first side of a dividing wall column, said dividing wall column comprising a dividing wall that divides the dividing wall column at least partially into a first side and a second side, with one side of the first and second sides configured to operate as a deisohexanizer column and the other side of the first and second side configured to operate as a hexane column to produce hexane; producing a hexane feed from the second side of the dividing wall column; and feeding the hexane feed and hydrogen to a mixer of a benzene hydrogenation unit connected with the dividing wall column to form a hexane-hydrogen mixture, preheating the hexane-hydrogen mixture, feeding the preheated hexane-hydrogen mixture to a polishing reactor of the benzene hydrogenation unit, wherein the polishing reactor hydrogenates at least a part of the benzene included in the produced hexane, and feeding an output stream from the polishing reactor to a stripper column for separating lights from the hexane, wherein the stripper column is arranged downstream of the hexane polishing reactor. producing a stable isomerate feed in a C 5 -C 6 -isomerization unit, feeding said stable isomerate feed to the first side of a dividing wall column, said dividing wall column comprising a dividing wall that divides the dividing wall column at least partially into a first side and a second side, with one side of the first and second sides configured to operate as a deisohexanizer column and the other side of the first and second side configured to operate as a hexane column to produce hexane; producing a hexane feed from the second side of the dividing wall column; and feeding the hexane feed and hydrogen to a mixer of a benzene hydrogenation unit connected with the dividing wall column to form a hexane-hydrogen mixture, preheating the hexane-hydrogen mixture, feeding the preheated hexane-hydrogen mixture to a polishing reactor of the benzene hydrogenation unit, wherein the polishing reactor hydrogenates at least a part of the benzene included in the produced hexane, and feeding an output stream from the polishing reactor to a stripper column for separating lights from the hexane, wherein the stripper column is arranged downstream of the hexane polishing reactor.
A rope for an elevator comprising: a core rope that has a core strand which is formed of a plurality of elemental wires(8,9,10) twisted together, an inner layer covering member with which an outer periphery of the core strand is covered, six inner layer strands which are arranged on an outer peripheral portion of the inner layer covering member at intervals from one another, such that a part of the inner layer strands is embedded in the outer peripheral portion of the inner layer covering member and are formed of a plurality of elemental wires(11,12,13) twisted together, and an outer layer covering member with which the core strand, the inner layer covering member and the individual inner layer strands are covered in a collective manner; and twelve outer layer strands that are arranged on an outer peripheral portion of the outer layer covering member at intervals from each other and are formed of a plurality of elemental wires twisted together (14,15,16). a core rope that has a core strand which is formed of a plurality of elemental wires(8,9,10) twisted together, an inner layer covering member with which an outer periphery of the core strand is covered, six inner layer strands which are arranged on an outer peripheral portion of the inner layer covering member at intervals from one another, such that a part of the inner layer strands is embedded in the outer peripheral portion of the inner layer covering member and are formed of a plurality of elemental wires(11,12,13) twisted together, and an outer layer covering member with which the core strand, the inner layer covering member and the individual inner layer strands are covered in a collective manner; and twelve outer layer strands that are arranged on an outer peripheral portion of the outer layer covering member at intervals from each other and are formed of a plurality of elemental wires twisted together (14,15,16).
A method of determining a location of a member in a 3D image data based on a 2D image data, comprising: accessing the 3D image data of a subject; acquiring the 2D image data of the subject, comprising filtering an x-ray beam into a plurality of fan beams and acquiring a plurality of projections of the subject with the fan beams along a selected axis of the subject; generating a 2D long view of the subject including the region of interest of the subject based on the acquired 2D image data, comprising stitching together at least a selected sub-plurality of projections of the acquired plurality of projections of the subject; registering the 3D image data to the generated 2D long view; determining a location of a member in the generated 2D long view; and correlating the location of the member in the generated 2D long view to the 3D image data based at least on the registering of the 3D image data to the generated 2D long view; wherein determining a location of a member in the generated 2D long view further comprises: accessing parameters of the member; generating a member projection based on the accessed parameters; comparing a generated 2D projection and the member projection to the generated 2D long view; and optimizing a similarity metric between the generated 2D projection and the member projection and the generated 2D long view at least by altering a rotation or a translation of the member when generating the generated member projection and the generated 2D projection. accessing the 3D image data of a subject; acquiring the 2D image data of the subject, comprising filtering an x-ray beam into a plurality of fan beams and acquiring a plurality of projections of the subject with the fan beams along a selected axis of the subject; generating a 2D long view of the subject including the region of interest of the subject based on the acquired 2D image data, comprising stitching together at least a selected sub-plurality of projections of the acquired plurality of projections of the subject; registering the 3D image data to the generated 2D long view; determining a location of a member in the generated 2D long view; and correlating the location of the member in the generated 2D long view to the 3D image data based at least on the registering of the 3D image data to the generated 2D long view; accessing parameters of the member; generating a member projection based on the accessed parameters; comparing a generated 2D projection and the member projection to the generated 2D long view; and optimizing a similarity metric between the generated 2D projection and the member projection and the generated 2D long view at least by altering a rotation or a translation of the member when generating the generated member projection and the generated 2D projection.
An implantable device for stabilization of blood vessel comprising a stent, a patch or a vascular graft and a composition associated with the stent, the patch or the vascular graft, wherein the composition comprises pentagalloyl glucose to stabilize the blood vessel, and wherein the composition has a pH between 4 and 9 and contains less than 5% free gallic acid.
A method comprising: causing, by one or more processors, display of a single frame of multiple frames of point cloud data, and of one or more video control buttons for causing a video display of the multiple frames of point cloud data in sequence, wherein the video control buttons include buttons to control play, stop, pause, rewind and fast forward functions; labeling, by the one or more processors, points in the frame of the point cloud data with a plurality of annotation points, the plurality of annotation points corresponding to points on a human body and defining a skeleton overlaid on the point cloud data; moving, by the one or more processors, and in response to a user input, one or more of the annotation points to define a human pose and create annotated point cloud data, wherein the human pose is the position and orientation of the limbs of a human; and outputting, by the one or more processors, the annotated point cloud data as data for training a neural network (44, 244). causing, by one or more processors, display of a single frame of multiple frames of point cloud data, and of one or more video control buttons for causing a video display of the multiple frames of point cloud data in sequence, wherein the video control buttons include buttons to control play, stop, pause, rewind and fast forward functions; labeling, by the one or more processors, points in the frame of the point cloud data with a plurality of annotation points, the plurality of annotation points corresponding to points on a human body and defining a skeleton overlaid on the point cloud data; moving, by the one or more processors, and in response to a user input, one or more of the annotation points to define a human pose and create annotated point cloud data, wherein the human pose is the position and orientation of the limbs of a human; and outputting, by the one or more processors, the annotated point cloud data as data for training a neural network (44, 244).
An animal behaviour modification apparatus comprising: a spray canister comprising: a canister body containing a pressurised inert condensed gas; a canister cap; a trigger and an aperture; characterised in that the inert condensed gas contained within the spray canister has a vapour pressure of about 3kg/cm 2 to 7kg/cm 2; and in that the trigger is depressible so as to discharge pressurised inert condensed gas from the canister body through the aperture and to make a noise. a spray canister comprising: a canister body containing a pressurised inert condensed gas; a canister cap; a trigger and an aperture; a canister body containing a pressurised inert condensed gas; a canister cap; a trigger and an aperture; characterised in that the inert condensed gas contained within the spray canister has a vapour pressure of about 3kg/cm 2 to 7kg/cm 2; and in that the trigger is depressible so as to discharge pressurised inert condensed gas from the canister body through the aperture and to make a noise.
A plate fin heat exchanger comprising: a first cast plate assembly including at least two plate portions separated by at least one cooling channel, each of the two plate portions including a plurality of internal passages extending between a corresponding plurality of inlets and outlets, wherein a common inlet perimeter surrounds the plurality of inlets from each of the two plate portions and a common outlet perimeter surrounds the plurality of outlets from each of the two plate portions; an inlet manifold attached at an inlet joint to the inlet perimeter; an outlet manifold attached at an outlet joint to the outlet perimeter; and characterised by at least one additional cast plate assembly with an additional inlet perimeter attached at an additional inlet joint to the inlet manifold and an additional outlet perimeter attached at an additional outlet j oint to the outlet manifold. a first cast plate assembly including at least two plate portions separated by at least one cooling channel, each of the two plate portions including a plurality of internal passages extending between a corresponding plurality of inlets and outlets, wherein a common inlet perimeter surrounds the plurality of inlets from each of the two plate portions and a common outlet perimeter surrounds the plurality of outlets from each of the two plate portions; an inlet manifold attached at an inlet joint to the inlet perimeter; an outlet manifold attached at an outlet joint to the outlet perimeter; and characterised by at least one additional cast plate assembly with an additional inlet perimeter attached at an additional inlet joint to the inlet manifold and an additional outlet perimeter attached at an additional outlet j oint to the outlet manifold.
A heart valve comprising a tilting disc mounted on a ring of the heart valve by means of two pairs of holders ( 6, 7), symmetrical in relation to the plane of symmetry of the ring of the heart valve, wherein each pair of holders ( 6, 7) comprises a lower holder and an upper holder, the disc in the closed position of the heart valve is supported by an additional protrusion on the inner surface of the ring of the heart valve constituting a limiter of the extreme position of the disc of the heart valve situated in the plane of symmetry of the heart valve, whereas the upper surface of the disc of the heart valve is a convex surface, and the lower surface of the disc of the heart valve is concave, characterised in that the lower holders supporting the disc of the heart valve have spherical surfaces at the ends thereof and are so arranged that in the projection on a plane perpendicular to the longitudinal axis of the heart valve the central points of the spherical surfaces of the lower holders and the point defined by the projection of a line defined by the plane of symmetry of the heart valve and an outline of the cylindrical inner surface of the ring of the heart valve form an equilateral triangle whose sides run from the point to the projections of the central points of the spherical surfaces, with an angle between the sides of said equilateral triangle within the range over 53° and less than 60°, whereas the disc of the heart valve around the rim thereof has a circumferential spline, the inner wall thereof supporting the disc towards the spherical surfaces of the lower holders, is inclined at an angle in relation to the axis of symmetry of the disc of the heart valve, wherein the angle is within the range between 0.5 and 0.62 of the angle.
Apparatus comprising means for: causing an anti-whitened data portion to be determined based on anti-whitening data received from a second radio communications apparatus at a first radio communications apparatus; inserting the anti-whitened data portion into a data packet that is to be whitened by whitening to yield a whitened data packet for transmission from the first radio communications apparatus to the second radio communications apparatus, wherein the anti-whitened data portion is obtainable from a specific data block by anti-whitening, the anti-whitening compensating for the whitening so that the whitened data packet comprises the specific data block in non-whitened form, wherein the specific data block is configured to be used by the second radio communications apparatus to estimate a direction towards the first radio communications apparatus based on a received representation of the specific data block. causing an anti-whitened data portion to be determined based on anti-whitening data received from a second radio communications apparatus at a first radio communications apparatus; inserting the anti-whitened data portion into a data packet that is to be whitened by whitening to yield a whitened data packet for transmission from the first radio communications apparatus to the second radio communications apparatus, wherein the anti-whitened data portion is obtainable from a specific data block by anti-whitening, the anti-whitening compensating for the whitening so that the whitened data packet comprises the specific data block in non-whitened form, wherein the specific data block is configured to be used by the second radio communications apparatus to estimate a direction towards the first radio communications apparatus based on a received representation of the specific data block.
A cosmetic comprising: a cosmetic composition of viscosity of 1,500-4,000 millipascal-second (mPa·s) or 20,000 - 55,000 mPa·s; and a urethane foam carrier, which is impregnated with the cosmetic composition, wherein the urethane foam has a hardness of 50-100 when measured with an Asker hardness tester type F before impregnation and a number of pores per inch (ppi) of greater than or equal to 10 but less than 90 when the cosmetic composition has a viscosity of 1,500-4,000 mPa·s, wherein the urethane foam has a hardness of greater than or equal to 1 but less than 50 when measured with an Asker hardness tester type F before impregnation and a number of pores per inch (ppi) of 90 to 200 when the cosmetic composition has a viscosity of 20,000-55,000 mPa·s. a cosmetic composition of viscosity of 1,500-4,000 millipascal-second (mPa·s) or 20,000 - 55,000 mPa·s; and a urethane foam carrier, which is impregnated with the cosmetic composition, wherein the urethane foam has a hardness of 50-100 when measured with an Asker hardness tester type F before impregnation and a number of pores per inch (ppi) of greater than or equal to 10 but less than 90 when the cosmetic composition has a viscosity of 1,500-4,000 mPa·s, wherein the urethane foam has a hardness of greater than or equal to 1 but less than 50 when measured with an Asker hardness tester type F before impregnation and a number of pores per inch (ppi) of 90 to 200 when the cosmetic composition has a viscosity of 20,000-55,000 mPa·s.
A pressing type input device comprising: a load sensor which outputs a signal corresponding to an operation load from an operation member; a biasing member which generates an initial load with respect to the load sensor; a pressing member which presses the load sensor by receiving a biasing force of the biasing member; and a support member which oscillatably supports the pressing member, wherein the pressing member has a pressed portion that receives the operation load from the operation member and a press portion that presses the operation load to the load sensor, and wherein the operation load applied to the pressed portion causes a force to act on the press portion in a direction to reduce the initial load on the load sensor, in a position supported by the support member which is configured to act as a fulcrum for the pressing member; characterized in that the support member has a box shape in cross-sectional view of which a side surface is opened. a load sensor which outputs a signal corresponding to an operation load from an operation member; a biasing member which generates an initial load with respect to the load sensor; a pressing member which presses the load sensor by receiving a biasing force of the biasing member; and a support member which oscillatably supports the pressing member,