mhurhangee/patent-ind-claim-en huggingface dataset:
Floor cover arrangement for covering an underfloor space of a passenger conveyor , the floor cover arrangement comprising: a multiple number of cover plates configured to be correctly installed such that the cover plates adjoin each other in a sequence along a longitudinal direction of the underfloor space and the cover plates form a walking surface covering the underfloor space ; a frame comprising at least one frame rail extending underneath the multiplicity of cover plates in the longitudinal direction ; and a multiple number of connectors , each connector being configured for fixedly connecting one of the cover plates with the frame ; characterised in that the cover plates , the frame and the connectors are configured such that - each connector cooperates with one frame rail in a form-fitting manner such that the connector is displaceable in the longitudinal direction and is fixed in both directions orthogonal to the longitudinal direction , and - each connector , when arranged at a fixation location associated to one of the cover plates , cooperates with the associated cover plate in a form-fitting manner such that the cover plate is fixed in a direction orthogonal to the walking surface . a multiple number of cover plates configured to be correctly installed such that the cover plates adjoin each other in a sequence along a longitudinal direction of the underfloor space and the cover plates form a walking surface covering the underfloor space ; a frame comprising at least one frame rail extending underneath the multiplicity of cover plates in the longitudinal direction ; and a multiple number of connectors , each connector being configured for fixedly connecting one of the cover plates with the frame ; characterised in that the cover plates , the frame and the connectors are configured such that - each connector cooperates with one frame rail in a form-fitting manner such that the connector is displaceable in the longitudinal direction and is fixed in both directions orthogonal to the longitudinal direction , and - each connector , when arranged at a fixation location associated to one of the cover plates , cooperates with the associated cover plate in a form-fitting manner such that the cover plate is fixed in a direction orthogonal to the walking surface . - each connector cooperates with one frame rail in a form-fitting manner such that the connector is displaceable in the longitudinal direction and is fixed in both directions orthogonal to the longitudinal direction , and - each connector , when arranged at a fixation location associated to one of the cover plates , cooperates with the associated cover plate in a form-fitting manner such that the cover plate is fixed in a direction orthogonal to the walking surface .
A method of producing an optimized gene-activated implant material, said implant material comprising i) a calcium compound comprising solid scaffold implant material and ii) a nucleic acid composition divided in two fractions, a first fraction of said nucleic acid composition and a second fraction of said nucleic acid composition, said producing method comprising the steps of a) binding nucleic acid of said first fraction with said scaffold implant material by complex formation with said calcium compound comprised by said scaffold implant material, and subsequently further b) arranging on the surface of said scaffold implant material comprising said nucleic acid of said first fraction produced in step a) said second nucleic acid fraction without formation of chemical bond between said scaffold and said nucleic acid of said second fraction, wherein said two fractions of nucleic acids differ by the release rate from the scaffold implant material the first fraction is bounded to by said complex formation and the second fraction is arranged on without formation of chemical bound. i) a calcium compound comprising solid scaffold implant material and ii) a nucleic acid composition divided in two fractions, a first fraction of said nucleic acid composition and a second fraction of said nucleic acid composition, a) binding nucleic acid of said first fraction with said scaffold implant material by complex formation with said calcium compound comprised by said scaffold implant material, and subsequently further b) arranging on the surface of said scaffold implant material comprising said nucleic acid of said first fraction produced in step a) said second nucleic acid fraction without formation of chemical bond between said scaffold and said nucleic acid of said second fraction,
A reinforcement ring for capsules for obtaining beverages, for instance coffee, comprising: - A side wall having a first extremity , a second extremity and a thickness ; and - A flat surface , preferably having a uniform thickness, protruding from said side wall in correspondence of said first extremity , wherein said side wall and said protruding flat surface are preferably made as a single body, characterized in that: said side wall comprises a groove in correspondence of said second extremity , so as to reduce said thickness of said side wall in correspondence of said second extremity , and wherein said side wall , in correspondence of said second extremity , is configured so as to include a first portion , facing the outer side of said ring , and a second portion , facing the inner side of said ring , said first portion and said second portion being divided by said groove . - A side wall having a first extremity , a second extremity and a thickness ; and - A flat surface , preferably having a uniform thickness, protruding from said side wall in correspondence of said first extremity , said side wall comprises a groove in correspondence of said second extremity , so as to reduce said thickness of said side wall in correspondence of said second extremity , and wherein said side wall , in correspondence of said second extremity , is configured so as to include a first portion , facing the outer side of said ring , and a second portion , facing the inner side of said ring , said first portion and said second portion being divided by said groove .
Horizontal packaging machine comprising a sealing rollers block and a frame, the sealing rollers block comprising a plurality of roller assemblies distributed in series along a horizontal longitudinal axis (L) of the machine and a transmission block attached to the frame and comprising at least one motor (2.0) and a transmission mechanism (2.1) configured for transmitting the rotation of the motor (2.0) to all the roller assemblies , each roller assembly comprising two opposing rollers (1.1), one on each side of the longitudinal axis (L) of the machine , and a transmission assembly (1.0) for transmitting the rotation of the motor (2.0) to its two rollers (1.1), and the two rollers (1.1) of at least one of said roller assemblies being configured for sealing together two superimposing films or two opposing longitudinal ends of one and the same tubular-shaped film , when said films or ends are moved through said rollers (1.1), characterized in that at least one roller assembly is independent of the rest of the roller assemblies and movable with respect to the transmission block along a determined path (T) which is linear and transverse to the longitudinal axis (L) of the machine , said movable roller assembly being configured for cooperating with the transmission mechanism (2.1) in an operative position in which said transmission mechanism (2.1) transmits the rotation of the motor (2.0) of the transmission block to said movable roller assembly as a result of said cooperation, and for abandoning said operative position or being arranged in said operative position by means of said movement, the transmission mechanism (2.1) comprising a transmission gear wheel (2.2) rotating integrally with the motor (2.0) of the transmission block , and the transmission assembly (1.0) of the movable roller assembly comprising a gear wheel (1.2) which, with said roller assembly in the operative position, cooperates with the transmission gear wheel (2.2) of said transmission mechanism (2.1), the machine comprising a structure with a structure segment (3.0) configured for supporting the movable roller assembly , the transmission gear wheel (2.2) and the gear wheel (1.2) of the roller assembly being aligned on said determined path (T), when said roller assembly is supported in the corresponding structure segment (3.0), and a blocking device (3.5) configured for impeding the movement of the movable roller assembly when said movable roller assembly is in the operative position.
A neutron capture therapy system, comprising: an accelerator configured to accelerate charged particles to generate a charged particle beam; a beam transmitting device configured to transmit the charged particle beam generated by the accelerator, wherein the beam transmitting device comprises a first transmitting device connected to the accelerator, a beam direction conversion device configured to convert a traveling direction of the charged particle beam, a second transmitting device, a third transmitting device, and a fourth transmitting device; and a neutron beam generating device configured to generate a therapeutic neutron beam, wherein the charged particle beam is transmitted to the neutron beam generating device through the beam transmitting device, and the neutron beam generating device comprises a first neutron beam generating device, a second neutron beam generating device, and a third neutron beam generating device; wherein the second transmitting device, the third transmitting device and the fourth transmitting device respectively transmit the charged particle beam from the beam direction conversion device to the first neutron beam generating device, the second neutron beam generating device, and the third neutron beam generating device, and wherein two of the first transmitting device, the third transmitting device, and the fourth transmitting device define a first plane, the first transmitting device and the second transmitting device define a second plane, and the first plane is different from the second plane. an accelerator configured to accelerate charged particles to generate a charged particle beam; a beam transmitting device configured to transmit the charged particle beam generated by the accelerator, wherein the beam transmitting device comprises a first transmitting device connected to the accelerator, a beam direction conversion device configured to convert a traveling direction of the charged particle beam, a second transmitting device, a third transmitting device, and a fourth transmitting device; and a neutron beam generating device configured to generate a therapeutic neutron beam, wherein the charged particle beam is transmitted to the neutron beam generating device through the beam transmitting device, and the neutron beam generating device comprises a first neutron beam generating device, a second neutron beam generating device, and a third neutron beam generating device; wherein the second transmitting device, the third transmitting device and the fourth transmitting device respectively transmit the charged particle beam from the beam direction conversion device to the first neutron beam generating device, the second neutron beam generating device, and the third neutron beam generating device, and wherein two of the first transmitting device, the third transmitting device, and the fourth transmitting device define a first plane, the first transmitting device and the second transmitting device define a second plane, and the first plane is different from the second plane.
A multi-film oil damper comprising: a housing defining an annular damper cavity between a radially outward wall and radially extending side walls , the annular damper cavity having an oil inlet configured for connection to a source of pressurized oil; a closure ring defining a radially inward boundary of the annular damper cavity; and a first damper ring (20; 31; 36) and a second damper ring (21; 32; 37) nested together coaxially within the annular damper cavity, wherein at least one of the first damper ring (20; 31; 36) and the second damper ring (21; 32; 37) has an end radial thickness (t) less than a mid-portion radial thickness (T) at a location intermediate opposed axial ends of the ring, characterised in that a radially inner surface (24; 39) of the first damper ring (20; 31; 36) and a radially outer surface (25; 38) of the second damper ring (21; 32; 37) define a wedge gap (26; 40) therebetween at axial ends of the rings (20; 31; 36; 21; 32; 37). a housing defining an annular damper cavity between a radially outward wall and radially extending side walls , the annular damper cavity having an oil inlet configured for connection to a source of pressurized oil; a closure ring defining a radially inward boundary of the annular damper cavity; and a first damper ring (20; 31; 36) and a second damper ring (21; 32; 37) nested together coaxially within the annular damper cavity, wherein at least one of the first damper ring (20; 31; 36) and the second damper ring (21; 32; 37) has an end radial thickness (t) less than a mid-portion radial thickness (T) at a location intermediate opposed axial ends of the ring, characterised in that a radially inner surface (24; 39) of the first damper ring (20; 31; 36) and a radially outer surface (25; 38) of the second damper ring (21; 32; 37) define a wedge gap (26; 40) therebetween at axial ends of the rings (20; 31; 36; 21; 32; 37).
A heat curable elastomeric composition comprising: a) a modified silica filler comprising silica that has been modified by treatment with at least one alkyl silane having a C 1 to C 30 alkyl group and at least one alkenyl silane having a C 2 to C 30 alkenyl group to form said modified silica filler; b) an elastomeric hydrocarbon polymer having a polyolefin backbone and functional alkenyl groups; c) a silicon-hydride crosslinker having at least two SiH functional groups; d) a hydrosilylation catalyst; and e) optionally, one or more of a stabilizer, an anti-oxidant, a plasticizer, an additional filler material, a handling improver, or a hydrosilylation catalyst inhibitor. a) a modified silica filler comprising silica that has been modified by treatment with at least one alkyl silane having a C 1 to C 30 alkyl group and at least one alkenyl silane having a C 2 to C 30 alkenyl group to form said modified silica filler; b) an elastomeric hydrocarbon polymer having a polyolefin backbone and functional alkenyl groups; c) a silicon-hydride crosslinker having at least two SiH functional groups; d) a hydrosilylation catalyst; and e) optionally, one or more of a stabilizer, an anti-oxidant, a plasticizer, an additional filler material, a handling improver, or a hydrosilylation catalyst inhibitor.
A detection system to facilitate detection of a potential object of interest in an original image (I; f), the detection system comprising a programmable logic device and a processor interfaced with the programmable logic device and a memory ; the programmable logic device being programmed to implement a cascade of image processing stages , each comprising a respective low-pass filter and a respective subsampling module connected to the output of the low-pass filter , the low-pass filter of a first image processing stage receiving the original image (I; f) and the subsampling modules providing respective processed images (f i ); the programmable logic device being programmed to implement a number of saliency map extraction modules equal to the number of image processing stages plus one to provide respective saliency maps (S, S i ), each of which is relative to a respective image of a group of images including the original image (I; f) and the processed images (f i ); the memory storing a software, which, when executed on the processor , causes the latter to be configured to normalize the saliency maps (S, S i ) according to their respective standard deviations, resize the normalized saliency maps (S N , S i N ) relative to the processed images (f i ) so as to bring them to the size of the saliency map (S) of the original image (I; f), and merge a group of saliency maps including the normalized and resized saliency maps (S i ↑ ) of the processed images (f i ) and the normalized saliency map (S N ) of the original image (I; f) in order to obtain a final saliency map (S F ) on which the potential object of interest can be detected; said original image (I; f) being the luminance component of a video image encoded using the YUV standard.
A method of making an article, the method comprising converting a first amorphous polymer to an at least partially crystalline polymeric powder composition and powder bed fusing the at least partially crystalline polymer powder composition to form a three-dimensional article comprising a second amorphous polymer, characterized in that the first amorphous polymer is a polycarbonate or polyetherimide polymer; and wherein the crystallization converting step comprises solvent induced crystallization, vapor induced crystallization or plasticizer or nucleating agent induced crystallization.
An information communication method of obtaining information from a subject, the information communication method comprising: Setting (SK21) an exposure time of an image sensor so that, in an image obtained by capturing the subject by the image sensor, which is in a rolling shutter mode or a focal plane shutter mode, a bright line corresponding to an exposure line included in the image sensor appears according to a change in luminance of the subject; Obtaining (SK22) a bright line image including the bright line, by capturing the subject that changes in luminance by the image sensor with the set exposure time; setting (SK23) a longer exposure time than the exposure time; obtaining (SK24) a normal captured image by capturing the subject and surroundings of the subject by the image sensor with the longer exposure time; generating (SK25) a synthetic image by specifying, in the normal captured image, a part that corresponds to the bright line included in the bright line image and superimposing a signal object on the normal captured image, the signal object being an image indicating the part; displaying (SK26) the synthetic image in which the subject and the surroundings of the subject are shown, in a form that enables identification of a spatial position of the part corresponding to the bright line; and obtaining (SK27) the information by demodulating data specified by a pattern of the bright line included in the obtained bright line image. Setting (SK21) an exposure time of an image sensor so that, in an image obtained by capturing the subject by the image sensor, which is in a rolling shutter mode or a focal plane shutter mode, a bright line corresponding to an exposure line included in the image sensor appears according to a change in luminance of the subject; Obtaining (SK22) a bright line image including the bright line, by capturing the subject that changes in luminance by the image sensor with the set exposure time; setting (SK23) a longer exposure time than the exposure time; obtaining (SK24) a normal captured image by capturing the subject and surroundings of the subject by the image sensor with the longer exposure time; generating (SK25) a synthetic image by specifying, in the normal captured image, a part that corresponds to the bright line included in the bright line image and superimposing a signal object on the normal captured image, the signal object being an image indicating the part; displaying (SK26) the synthetic image in which the subject and the surroundings of the subject are shown, in a form that enables identification of a spatial position of the part corresponding to the bright line; and obtaining (SK27) the information by demodulating data specified by a pattern of the bright line included in the obtained bright line image.
A resin belt comprising: a plurality of teeth disposed at predetermined intervals along a longitudinal direction of the belt on a running surface of a belt body made of a thermoplastic resin; and a cloth covering the teeth, characterized in that : the cloth is a woven cloth obtained by weaving a thermoplastic synthetic resin fiber used as a warp yarn in the longitudinal direction of the belt and a fluorine resin fiber used as a weft yarn in a width direction of the belt; and a crimp of the thermoplastic synthetic resin fiber used in the longitudinal direction of the belt is greater than a crimp of the fluorine resin fiber used in the width direction of the belt. a plurality of teeth disposed at predetermined intervals along a longitudinal direction of the belt on a running surface of a belt body made of a thermoplastic resin; and a cloth covering the teeth, characterized in that : the cloth is a woven cloth obtained by weaving a thermoplastic synthetic resin fiber used as a warp yarn in the longitudinal direction of the belt and a fluorine resin fiber used as a weft yarn in a width direction of the belt; and a crimp of the thermoplastic synthetic resin fiber used in the longitudinal direction of the belt is greater than a crimp of the fluorine resin fiber used in the width direction of the belt. the cloth is a woven cloth obtained by weaving a thermoplastic synthetic resin fiber used as a warp yarn in the longitudinal direction of the belt and a fluorine resin fiber used as a weft yarn in a width direction of the belt; and a crimp of the thermoplastic synthetic resin fiber used in the longitudinal direction of the belt is greater than a crimp of the fluorine resin fiber used in the width direction of the belt.