mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications by a base station, comprising: selecting at least one narrow band, from a number of narrow bands (1302; 1306; 1310; 1402; 1408; 1502; 1512; 1602; 1702) partitioned from an available system bandwidth, for communications with a user equipment, UE; signaling information regarding the selected narrow band to the UE: and communicating with the UE using the selected narrow band, characterized in that the UE operates at a bandwidth narrower than the available system bandwidth and the information is signaled via a physical downlink control channel, PDCCH, the information comprising: a first field indicating an index of the selected narrow band; and a second field indicating a resource allocation within the selected narrow band, wherein the resource allocation comprises an allocation of resource blocks within the selected narrow band. selecting at least one narrow band, from a number of narrow bands (1302; 1306; 1310; 1402; 1408; 1502; 1512; 1602; 1702) partitioned from an available system bandwidth, for communications with a user equipment, UE; signaling information regarding the selected narrow band to the UE: and communicating with the UE using the selected narrow band, a first field indicating an index of the selected narrow band; and a second field indicating a resource allocation within the selected narrow band, wherein the resource allocation comprises an allocation of resource blocks within the selected narrow band.
Venting unit for a vulcanizing mould of a pneumatic vehicle tyre, having a central longitudinal mid-axis (a), a cylindrical housing, which can be pressed into a venting bore of the vulcanizing mould, and a valve insert, which is positioned in the housing and is movable relative thereto and has a valve shank with a valve disc (4, 4', 4'') and has a helical compression spring, which surrounds the valve shank and is supported with its one end on the housing and with its other end on the valve disc (4, 4', 4''), the valve shank having a base portion with an outer diameter (d 6) which is smaller, by at least 0.3 mm, than the inner diameter of the helical compression spring, characterized in that the valve disc is adjoined by a cylindrical holding portion, on which the helical compression spring is firmly fitted, the holding portion having a greater diameter than the base portion and a height (h 2) of at least 1.0 mm, the helical compression spring having at least at its end that can be fitted onto the holding portion at least two closely spaced turns, which have a mutual spacing which, in the relaxed state of the helical compression spring, corresponds to at most half of the mutual spacing of the other turns.
A device for determining a length of an analyte by detecting electrical signals, the device comprising: a fluidic channel having width, length and depth in a substrate; and a plurality of sensing electrodes offset from one another along at least a portion of a length of the fluidic channel, to thereby define a plurality of detector volumes therein for detection of two or more electrical signals corresponding to two or more detector volumes disposed along the fluidic channel, wherein (i) said sensing electrodes are connected to a voltmeter for capturing said electrical signals corresponding to said detector volumes as the target biomolecule moves along the fluidic channel, (ii) the fluidic channel is a nanochannel or a microchannel, (iii) relative positions of the sensing electrodes are known, (iv) the captured electrical signals in conjunction with the relative positions of the sensing electrodes indicate the length of the analyte, (v) each detector volume is defined by a pair of the electrodes offset from each other along the length of the fluidic channel, and (vi) the plurality of electrodes comprises at least three electrodes defining at least two detector volumes therebetween. a fluidic channel having width, length and depth in a substrate; and a plurality of sensing electrodes offset from one another along at least a portion of a length of the fluidic channel, to thereby define a plurality of detector volumes therein for detection of two or more electrical signals corresponding to two or more detector volumes disposed along the fluidic channel, wherein (i) said sensing electrodes are connected to a voltmeter for capturing said electrical signals corresponding to said detector volumes as the target biomolecule moves along the fluidic channel, (ii) the fluidic channel is a nanochannel or a microchannel, (iii) relative positions of the sensing electrodes are known, (iv) the captured electrical signals in conjunction with the relative positions of the sensing electrodes indicate the length of the analyte, (v) each detector volume is defined by a pair of the electrodes offset from each other along the length of the fluidic channel, and (vi) the plurality of electrodes comprises at least three electrodes defining at least two detector volumes therebetween.
An airbag, especially a curtain and/or side airbag, comprising a seam, the seam having a neck portion formed of an advance seam and a return seam, the advance seam and the return seam extending substantially rectilinearly side by side in the neck portion, and comprising a head portion in which the advance seam and the return seam are interconnected, characterized in that each of the advance seam and the return seam has a curvature between the neck portion and the head portion, the curvature of the advance seam and the curvature of the return seam having substantially the same orientation so that a transition portion having a curved course is formed between the neck portion and the head portion.
A robotic drive unit, comprising: a forward facing camera; a downward facing camera; a processor; a memory; and an application comprising machine readable instructions stored in the memory that, when executed by the processor, cause the robotic drive unit to: move under a storage unit; capture an image of a fiducial located on the ground using the downward facing camera; position the robotic drive unit relative to the fiducial; rotate the robotic drive unit in place; capture a panoramic image with the forward facing camera; identify a plurality of legs of the storage unit in the panoramic image; measure a distance from each of the plurality of legs of the storage unit to the fiducial; calculate a location under the storage unit relative to the fiducial; determine that the robotic drive unit is out of position relative to the calculated location under the storage unit; travel to the calculated location under the storage unit; and lift the storage unit. a forward facing camera; a downward facing camera; a processor; a memory; and an application comprising machine readable instructions stored in the memory that, when executed by the processor, cause the robotic drive unit to: move under a storage unit; capture an image of a fiducial located on the ground using the downward facing camera; position the robotic drive unit relative to the fiducial; rotate the robotic drive unit in place; capture a panoramic image with the forward facing camera; identify a plurality of legs of the storage unit in the panoramic image; measure a distance from each of the plurality of legs of the storage unit to the fiducial; calculate a location under the storage unit relative to the fiducial; determine that the robotic drive unit is out of position relative to the calculated location under the storage unit; travel to the calculated location under the storage unit; and lift the storage unit. move under a storage unit; capture an image of a fiducial located on the ground using the downward facing camera; position the robotic drive unit relative to the fiducial; rotate the robotic drive unit in place; capture a panoramic image with the forward facing camera; identify a plurality of legs of the storage unit in the panoramic image; measure a distance from each of the plurality of legs of the storage unit to the fiducial; calculate a location under the storage unit relative to the fiducial; determine that the robotic drive unit is out of position relative to the calculated location under the storage unit; travel to the calculated location under the storage unit; and lift the storage unit.
A method for determining a 3D location of point light sources in a 3D scene captured by a camera, comprising: - obtaining a reference image of the 3D scene captured by a camera under ambient lighting comprising no point light source lighting the scene, said reference image comprising a reference area representative of a reference diffuse white surface captured under said ambient lighting, - obtaining an input image of the scene captured by the camera, - determining a texture image by dividing the pixel intensity values of the reference image with an ambient light intensity value, the ambient light intensity value being determined according to a mean color value computed over at least one part of said reference area, - determining a texture-free image, a value of a pixel of the texture-free image being a ratio of an intensity at the corresponding pixel in said input image over a value of an intensity at the same pixel in the texture image, and - determining the 3D location of point light sources by detecting cast shadows in the texture-free image. - obtaining a reference image of the 3D scene captured by a camera under ambient lighting comprising no point light source lighting the scene, said reference image comprising a reference area representative of a reference diffuse white surface captured under said ambient lighting, - obtaining an input image of the scene captured by the camera, - determining a texture image by dividing the pixel intensity values of the reference image with an ambient light intensity value, the ambient light intensity value being determined according to a mean color value computed over at least one part of said reference area, - determining a texture-free image, a value of a pixel of the texture-free image being a ratio of an intensity at the corresponding pixel in said input image over a value of an intensity at the same pixel in the texture image, and - determining the 3D location of point light sources by detecting cast shadows in the texture-free image.
Use of an oligonucleotide defined by a nucleic acid sequence according to SEQ ID NO: 1 for detecting Chlamydia trachomatis in a test sample, wherein the step of detecting comprises contacting the test sample with the nucleic acid sequence according to SEQ ID NO: 1 such that the oligonucleotide can hybridize to the Chlamydia trachomatis nucleic acid and amplifying all or a portion of the Chlamydia trachomatis nucleic acid to obtain Chlamydia trachomatis amplicons, and detecting any Chlamydia trachomatis amplicons, wherein amplifying all or a portion of the Chlamydia trachomatis nucleic acid comprises submitting the test sample to a nucleic acid amplification reaction carried out under suitable amplification conditions and in the presence of suitable amplification reaction reagents.
An digital rights management apparatus for managing digital copyright, comprising: an encryption unit configured to generate encrypted unit files by encrypting a plurality of unit files, included in content, with different encryption keys, structuralize the encrypted unit files as components of the content in a form of a compressed archive, store the encrypted and structuralized unit files in a content database, generate mapping data by mapping the encryption keys to pieces of identification information of the encrypted unit files, store the mapping data in an encryption key database, and record information on a path accessible by a content provision apparatus to acquire the encryption keys in an encryption information file generated when the plurality of unit files are encrypted; and a rights management unit configured to select at least one or more encryption keys of the plurality of encryption keys based on at least one of identification information of the user and identification information of the content included in an encryption key provision request message received from the content provision apparatus, and transmit a license including information on the components of the content corresponding to the selected encryption keys to the content provision apparatus for decrypting the encrypted unit files and providing the unit files to a user. an encryption unit configured to generate encrypted unit files by encrypting a plurality of unit files, included in content, with different encryption keys, structuralize the encrypted unit files as components of the content in a form of a compressed archive, store the encrypted and structuralized unit files in a content database, generate mapping data by mapping the encryption keys to pieces of identification information of the encrypted unit files, store the mapping data in an encryption key database, and record information on a path accessible by a content provision apparatus to acquire the encryption keys in an encryption information file generated when the plurality of unit files are encrypted; and a rights management unit configured to select at least one or more encryption keys of the plurality of encryption keys based on at least one of identification information of the user and identification information of the content included in an encryption key provision request message received from the content provision apparatus, and transmit a license including information on the components of the content corresponding to the selected encryption keys to the content provision apparatus for decrypting the encrypted unit files and providing the unit files to a user.
A device for an electronic aerosol provision system, wherein the device comprises a housing, said housing being formed of a chassis section and a hatch section, wherein the hatch section is connected to the chassis section and moveable between a first position where the chassis section and hatch section together define an enclosed space for an aerosol forming component which includes an aerosol generator to be located for aerosol generation, and a second position wherein the chassis section and hatch section are spaced so as to provide access to the enclosed space, the hatch section comprising a sleeve for receipt of the aerosol forming component said sleeve comprising a seal for forming a seal with the aerosol forming component when inserted into the sleeve.
A chucking apparatus designed for chucking a TWA (tire wheel assembly) in a TWA uniformity machine, said chucking apparatus comprising: - a lower rim apparatus; - an upper rim apparatus, said upper rim apparatus comprising a central axis; said upper rim apparatus moveable towards and away from said lower rim apparatus along the central axis; - means in communication with said upper rim apparatus for controlling the movement towards and away from said lower rim apparatus; said lower rim apparatus comprising: - a frustoconical portion, wherein said frustoconical portion is movable towards and away from said upper rim apparatus along the central axis; - a clamping unit suitable for receiving the end tip of said clamping shaft; characterized in that said chucking apparatus further comprises a sensing unit mounted under said lower rim apparatus, said sensing unit comprising a force sensor; said upper rim apparatus comprises a clamping shaft along said central axis; and said frustoconical portion comprising a central opening corresponding to said clamping shaft along the central axis. - a lower rim apparatus; - an upper rim apparatus, said upper rim apparatus comprising a central axis; said upper rim apparatus moveable towards and away from said lower rim apparatus along the central axis; - means in communication with said upper rim apparatus for controlling the movement towards and away from said lower rim apparatus; - a frustoconical portion, wherein said frustoconical portion is movable towards and away from said upper rim apparatus along the central axis; - a clamping unit suitable for receiving the end tip of said clamping shaft;
A mobile device for inspecting a production line intended to be partially submerged in a body of water, including: - an inspection support bearing at least one sensor capable of being positioned facing the production line; - a catching and traveling assembly for catching onto and traveling along the production line, connected to the inspection support, the catching and traveling assembly including at least one clamp (28, 30) able to be selectively actuated to grip onto the production line, the or each clamp (28, 30) delimiting a central passage of longitudinal axis (B-B'), capable of receiving the production line, the catching and traveling assembly comprising an active mechanism for moving the clamp (28, 30) longitudinally; characterized in that the or each clamp (28, 30) is capable of applying a nominal clamping pressure comprised between 2 bar and 90 bar on the production line, the or each clamp (28, 30) being capable of applying said clamping pressure on a surface greater than 0.2 m 2. - an inspection support bearing at least one sensor capable of being positioned facing the production line; - a catching and traveling assembly for catching onto and traveling along the production line, connected to the inspection support,
Electronics module, having: a carrier plate; a printed circuit board with conductor tracks arranged on it; at least one electronics component (7, 11); wherein the electronics component (7, 11) is electrically connected to conductor tracks of the printed circuit board by means of press contacts; characterized in that at least subregions (9, 13) of the electronics component (7, 11) have a base (10, 14), wherein a distance between the carrier plate and the printed circuit board corresponds to a thickness of the base (10, 14) and the base (10, 14) is clamped between the carrier plate and the printed circuit board in such a way that the electronics component (7, 11) is secured in a direction transverse to the carrier plate by way of a positively locking connection; and regions of conductor tracks of the printed circuit board are covered by a cured liquid-processable layer adjoining one of the press contacts, and wherein the printed circuit board has an opening (15, 17) and the electronics component (7, 11) projects through the opening (15, 17). a carrier plate; a printed circuit board with conductor tracks arranged on it; at least one electronics component (7, 11); wherein the electronics component (7, 11) is electrically connected to conductor tracks of the printed circuit board by means of press contacts; characterized in that at least subregions (9, 13) of the electronics component (7, 11) have a base (10, 14), wherein a distance between the carrier plate and the printed circuit board corresponds to a thickness of the base (10, 14) and the base (10, 14) is clamped between the carrier plate and the printed circuit board in such a way that the electronics component (7, 11) is secured in a direction transverse to the carrier plate by way of a positively locking connection; and regions of conductor tracks of the printed circuit board are covered by a cured liquid-processable layer adjoining one of the press contacts, and wherein the printed circuit board has an opening (15, 17) and the electronics component (7, 11) projects through the opening (15, 17).
An assembly, comprising: a stent member or hinged lattice structure, wherein the stent member or hinged lattice structure is circumferentially expandable and contractible; an adjustment member (1025, 2410), wherein the adjustment member (1025, 2410) is coupled to the stent member or hinged lattice structure and configured for circumferentially expanding and contracting the stent member or hinged lattice structure; a rotatable adjustment tool; and a locking mechanism coupled to the adjustment tool and movable between a lock configuration and a release configuration, wherein the locking mechanism is configured to engage the adjustment member (1025, 2410) such that rotation of the adjustment tool results in corresponding rotation of the adjustment member (1025, 2410) when locking mechanism is in the lock configuration, and wherein the locking mechanism is configured to disengage the adjustment member (1025, 2410) such that the adjustment tool can rotate relative to the adjustment member (1025, 2410) when the locking mechanism is in the release configuration. a stent member or hinged lattice structure, wherein the stent member or hinged lattice structure is circumferentially expandable and contractible; an adjustment member (1025, 2410), wherein the adjustment member (1025, 2410) is coupled to the stent member or hinged lattice structure and configured for circumferentially expanding and contracting the stent member or hinged lattice structure; a rotatable adjustment tool; and a locking mechanism coupled to the adjustment tool and movable between a lock configuration and a release configuration, wherein the locking mechanism is configured to engage the adjustment member (1025, 2410) such that rotation of the adjustment tool results in corresponding rotation of the adjustment member (1025, 2410) when locking mechanism is in the lock configuration, and wherein the locking mechanism is configured to disengage the adjustment member (1025, 2410) such that the adjustment tool can rotate relative to the adjustment member (1025, 2410) when the locking mechanism is in the release configuration.
A method for indexing handwritten information, comprising a step of providing a user with a collection of stationery products each bearing a color and a machine-readable code that is uniquely associated with the color, steps of taking handwritten notes by said user, each on a different product in the collection selected by the user based on the color borne by said product, taking photographs of the products showing the notes which are taken with a sensor incorporated in a mobile device, steps of decoding the machine-readable codes so as to determine their respective values and storing the photographs in a memory with indexing of said images depending on the value of the code.