mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope device comprising an endoscope with an original diameter and a camera head configured to receive a light beam from the endoscope, the camera head comprising, in order from the endoscope side: a first lens group including at least one deformable lens (61; 62; 63) with a variable curvature; a second lens group configured to move axially relative to the first lens group , wherein the second lens group has a preset positive optical power; and an image sensor within the camera head for capturing a light beam received from the endoscope, characterized in that the first lens group has a variable negative optical power, wherein the first lens group is configured to receive the light beam from the endoscope and expand the light beam to a diameter larger than the original diameter of the endoscope , and wherein the first lens group is fixed relative to the image sensor , and in that the diameter of the second lens group is larger than the diameter of the first lens group. a first lens group including at least one deformable lens (61; 62; 63) with a variable curvature; a second lens group configured to move axially relative to the first lens group , wherein the second lens group has a preset positive optical power; and an image sensor within the camera head for capturing a light beam received from the endoscope, characterized in that the first lens group has a variable negative optical power, wherein the first lens group is configured to receive the light beam from the endoscope and expand the light beam to a diameter larger than the original diameter of the endoscope , and wherein the first lens group is fixed relative to the image sensor , and in that the diameter of the second lens group is larger than the diameter of the first lens group.
Heat pattern sensor (100; 100'; 200; 200'; 300; 300') comprising a matrix of pixels, each pixel comprising at least one pyroelectric capacitance which is formed by a pyroelectric material portion arranged between a charge collection electrode and a reference electrode, and the matrix of pixels comprising, superimposed above a substrate (110; 210; 310; 310'): a stage (120; 320; 320') of charge collection electrodes, comprising the charge collection electrodes of each of the pixels; and a stage (130; 330; 330') including a pyroelectric material, comprising the pyroelectric material portions of each of the pixels; the matrix of pixels further comprising an electromagnetic shielding stage (140; 240; 340; 340'), electrically conducting, situated between the stage (130; 330; 330') including a pyroelectric material and a contact surface (181; 381) to apply thereto an object to image; characterized in that the electromagnetic shielding stage (140; 240; 340; 340') includes a shielding layer (141; 141'; 241) which comprises nanowires and/or nanotubes (1411; 2411) lying in a surrounding medium, said nanowires and/or nanotubes each being constituted of a material having a thermal conductivity greater than that of said surrounding medium, and in that a ratio between a distribution pitch (P) of the pixels of the matrix of pixels and a thickness (H) of the shielding layer (141; 141'; 241) is greater than or equal to 20. a stage (120; 320; 320') of charge collection electrodes, comprising the charge collection electrodes of each of the pixels; and a stage (130; 330; 330') including a pyroelectric material, comprising the pyroelectric material portions of each of the pixels; the matrix of pixels further comprising an electromagnetic shielding stage (140; 240; 340; 340'), electrically conducting, situated between the stage (130; 330; 330') including a pyroelectric material and a contact surface (181; 381) to apply thereto an object to image; characterized in that the electromagnetic shielding stage (140; 240; 340; 340') includes a shielding layer (141; 141'; 241) which comprises nanowires and/or nanotubes (1411; 2411) lying in a surrounding medium, said nanowires and/or nanotubes each being constituted of a material having a thermal conductivity greater than that of said surrounding medium, and in that a ratio between a distribution pitch (P) of the pixels of the matrix of pixels and a thickness (H) of the shielding layer (141; 141'; 241) is greater than or equal to 20.
Differential dosing unit with pressure compensation that is connected to a processing system via a discharge device characterised in that the differential dosing unit has a first vertical flange fitted on its outlet section and that a second vertical flange is located opposite the first one, whereby the flanges are connected to the discharge device via vertically aligned pressure compensators .
A fluid applicator comprising: a head ; a handle that is removably couplable to the head at a junction (112; 404) by rotating of the handle relative to the head ; and a finger rest (102; 400) comprising: - a base (104; 406) comprising an aperture configured to receive the handle , wherein the base (104; 406) is configured to engage the head such that the finger rest is aligned with the head of the fluid applicator at the junction (112; 404). a head ; a handle that is removably couplable to the head at a junction (112; 404) by rotating of the handle relative to the head ; and a finger rest (102; 400) comprising: - a base (104; 406) comprising an aperture configured to receive the handle , - a base (104; 406) comprising an aperture configured to receive the handle , wherein the base (104; 406) is configured to engage the head such that the finger rest is aligned with the head of the fluid applicator at the junction (112; 404).
A heat exchange system comprising a heat exchanger and a fan , the fan being configured to send air, the heat exchanger comprising a primary heat exchange portion , a secondary heat exchange portion , and a liquid pipe , the primary heat exchange portion including first primary fins provided parallel to a direction in which the fan sends air, first primary pipes that are inserted into the first primary fins and through which refrigerant flows, second primary fins positioned windward of the first primary fins and provided parallel to the direction in which the fan sends air, second primary pipes that are inserted into the second primary fins and through which the refrigerant flows, and a primary-pipe connecting component extending in a direction parallel to the direction in which the fan sends air, and connecting one of the first primary pipes and one of the second primary pipes , the secondary heat exchange portion including first secondary fins provided parallel to the direction in which the fan sends air, first secondary pipes that are inserted into the first secondary fins and through which the refrigerant flows, second secondary fins positioned windward of the first secondary fins and provided in parallel to the direction in which the fan sends air, second secondary pipes that are inserted into the second secondary fins and through which the refrigerant flows, and a secondary-pipe connecting component extending in the direction parallel to the direction in which the fan sends air, and connecting one of the first secondary pipes and one of the second secondary pipes , the liquid pipe connecting the primary heat exchange portion and the secondary heat exchange portion , when the heat exchanger acts as an evaporator, the refrigerant flowing through the secondary heat exchange portion from the second secondary pipes toward the first secondary pipes , flowing into the primary heat exchange portion via the first secondary pipes and the liquid pipe , and flowing through the primary heat exchange portion from the first primary pipes toward the second primary pipes , when the heat exchanger acts as a condenser, the refrigerant flowing through the primary heat exchange portion from the second primary pipes toward the first primary pipes , flowing into the secondary heat exchange portion from the first primary pipes via the liquid pipe , and flowing through the secondary heat exchange portion from the first secondary pipes toward the second secondary pipes .
An image scanning apparatus, comprising: a scanning unit configured to scan a first document and a second document, the second document having a width that is smaller than a width of the first document; and a document transfer unit configured to automatically feed the first document and the second document, wherein the document transfer unit comprises: a frame including a feed tray on which the first document and the second document are to be stacked; a cover unit rotatably coupled with the frame, and configured to be opened or closed; and a pickup module configured to pick up the first document and the second document from the feed tray; characterised in that the document transfer unit comprises an auxiliary guide, installed on a rail member located in a lower part of a pickup module housing, the pickup module being coupled with and installed in the pickup module housing, the auxiliary guide including a support member fixed on the rail member, a guide arm and a rotating shaft to connect the support member to the guide arm, wherein the guide arm is rotatable with respect to the rotating shaft to change an angle of the guide arm according to a height of the first document stacked on the feed tray, wherein the auxiliary guide is configured to be located at a position corresponding to the width of the second document to support one side of the second document in a width direction of the second document. a scanning unit configured to scan a first document and a second document, the second document having a width that is smaller than a width of the first document; and a document transfer unit configured to automatically feed the first document and the second document, wherein the document transfer unit comprises: a frame including a feed tray on which the first document and the second document are to be stacked; a cover unit rotatably coupled with the frame, and configured to be opened or closed; and a pickup module configured to pick up the first document and the second document from the feed tray; a frame including a feed tray on which the first document and the second document are to be stacked; a cover unit rotatably coupled with the frame, and configured to be opened or closed; and a pickup module configured to pick up the first document and the second document from the feed tray; characterised in that the document transfer unit comprises an auxiliary guide, installed on a rail member located in a lower part of a pickup module housing, the pickup module being coupled with and installed in the pickup module housing, the auxiliary guide including a support member fixed on the rail member, a guide arm and a rotating shaft to connect the support member to the guide arm, wherein the guide arm is rotatable with respect to the rotating shaft to change an angle of the guide arm according to a height of the first document stacked on the feed tray, wherein the auxiliary guide is configured to be located at a position corresponding to the width of the second document to support one side of the second document in a width direction of the second document.
An mRNA molecule having a coding region and optionally, one or more non-coding regions, wherein at least 25% of the nucleotide residues of the mRNA incorporate a 4'-thio-substituted furanose ring.
A spun yarn consisting essentially of a blend of polyester staple fibers customized by the parameter: a combination of polyester staple fibers with staple lengths of 1.5 inches (3.81 cm), 1.25 inches (3.175 cm), 1.0 inch (2.54 cm) and 0.75 inch (1.905 cm); characterized by the parameters: a combination of polyester staple fibers with staple deniers of 1.0 dpf (111 mtex), 1.2 dpf (133 mtex), and 1.5 dpf (167 mtex); and a combination of polyester staple fibers with at least two different staple cross sections that includes some staple fibers with circular cross sections and some with oval cross sections. a combination of polyester staple fibers with staple lengths of 1.5 inches (3.81 cm), 1.25 inches (3.175 cm), 1.0 inch (2.54 cm) and 0.75 inch (1.905 cm); characterized by the parameters: a combination of polyester staple fibers with staple deniers of 1.0 dpf (111 mtex), 1.2 dpf (133 mtex), and 1.5 dpf (167 mtex); and a combination of polyester staple fibers with at least two different staple cross sections that includes some staple fibers with circular cross sections and some with oval cross sections.
A lubricating composition for use in an electric vehicle comprising: at least 95 weight percent of a lubricating base oil composition, the lubricating base oil composition including base oil selected from API Group III base oils or blends of Group III base oils with Group II, Group V base oils or mixtures thereof; at least a first dispersant being a phosphorylated succinimide dispersant containing 2 wt% to 3.5 wt% phosphorus, the phosphorylated succinimide dispersant providing 650 ppm or less phosphorus to the lubricating composition; the lubricating composition having 700 ppm or less total phosphorus and the phosphorylated succinimide dispersant provides at least 70% of the total phosphorus; and wherein the lubricating composition has a kinematic viscosity from 3 cSt to 6.5 cSt at 100°C; wherein if the lubricating base oil composition comprises API Group V base oil, the API Group V base oil is present in an amount up to 15 wt% based on the total lubricating composition; wherein if the lubricating base oil composition comprises API Group II base oil, the API Group II is present in an amount up to 80 wt% base on the total lubricating composition. at least 95 weight percent of a lubricating base oil composition, the lubricating base oil composition including base oil selected from API Group III base oils or blends of Group III base oils with Group II, Group V base oils or mixtures thereof; at least a first dispersant being a phosphorylated succinimide dispersant containing 2 wt% to 3.5 wt% phosphorus, the phosphorylated succinimide dispersant providing 650 ppm or less phosphorus to the lubricating composition; the lubricating composition having 700 ppm or less total phosphorus and the phosphorylated succinimide dispersant provides at least 70% of the total phosphorus; and wherein the lubricating composition has a kinematic viscosity from 3 cSt to 6.5 cSt at 100°C; wherein if the lubricating base oil composition comprises API Group V base oil, the API Group V base oil is present in an amount up to 15 wt% based on the total lubricating composition; wherein if the lubricating base oil composition comprises API Group II base oil, the API Group II is present in an amount up to 80 wt% base on the total lubricating composition.
A process for deodorizing a rosin ester composition, the process comprising: providing a rosin ester feedstock in a liquid form having a viscosity in a range of 5-150 cPs, an initial color, and an odor intensity; contacting the rosin ester feedstock with an adsorbent material in an adsorbent bed, obtaining a deodorized rosin ester composition; wherein the adsorbent material comprises silica adsorbent having an average pore size between 50-200 Å, BET surface area of at least 300 m 2 /g, pore volume of 1.20 to 3.00 cc/g, and a silanol [Si-OH] level of 0.5 to 5 unit/nm 2 ; wherein the adsorbent bed is operated at an adsorption temperature of 20-30°C, at one bar pressure, and at a superficial velocity (V) of at least 0.3 ft/hr, and wherein the deodorized rosin ester composition has an odor intensity reduction of at least 1 unit on odor intensity scale of Offensive Odor Control Act as compared to the rosin ester feedstock. providing a rosin ester feedstock in a liquid form having a viscosity in a range of 5-150 cPs, an initial color, and an odor intensity; contacting the rosin ester feedstock with an adsorbent material in an adsorbent bed, obtaining a deodorized rosin ester composition; wherein the adsorbent material comprises silica adsorbent having an average pore size between 50-200 Å, BET surface area of at least 300 m 2 /g, pore volume of 1.20 to 3.00 cc/g, and a silanol [Si-OH] level of 0.5 to 5 unit/nm 2 ; wherein the adsorbent bed is operated at an adsorption temperature of 20-30°C, at one bar pressure, and at a superficial velocity (V) of at least 0.3 ft/hr, and wherein the deodorized rosin ester composition has an odor intensity reduction of at least 1 unit on odor intensity scale of Offensive Odor Control Act as compared to the rosin ester feedstock.
A false-twisted yarn of a dyeable polyolefin fiber comprising three or more filaments of a polymer alloy fiber having a sea-island structure composed mainly of a polyolefin (A) as sea component and a polyester (B) copolymerized with cyclohexanedicarboxylic acid as island component, the island component having a dispersed particle diameter of 30 to 1,000 nm in the fiber cross section and having the physical features and described below: a crimp recovery rate (CR) of 10% to 40% , and hot-water dimensional change rate of 0.0% to 7.0%, wherein the polymer alloy fiber is one that contains an island component in a discontinuously dispersed state, the polyester (B) copolymerized with cyclohexanedicarboxylic acid to 10 to 50 mol% relative to the total quantity of the dicarboxylic acid component, and the crimp recovery rate (CR) is determined by the method specified in JIS L 1013 8.12, the hot-water dimensional change rate is determined by the method specified in JIS L1013 8.18.1 "hot-water dimensional change rate: rate of change in hank size (A-method)", and the dispersed particle diameter is measured by the method described in the description. a crimp recovery rate (CR) of 10% to 40% , and hot-water dimensional change rate of 0.0% to 7.0%, the polymer alloy fiber is one that contains an island component in a discontinuously dispersed state, the polyester (B) copolymerized with cyclohexanedicarboxylic acid to 10 to 50 mol% relative to the total quantity of the dicarboxylic acid component, and the crimp recovery rate (CR) is determined by the method specified in JIS L 1013 8.12, the hot-water dimensional change rate is determined by the method specified in JIS L1013 8.18.1 "hot-water dimensional change rate: rate of change in hank size (A-method)", and the dispersed particle diameter is measured by the method described in the description.
Equipment for moving a pallet, which equipment includes lifting elements arranged to be fitted under the pallet , each one of the lifting elements being a chain , which is formed of vertebrae pivoted to each other, a rolling element equipped with a lifting functionality being arranged in at least some of the vertebrae , wherein the equipment includes a frame , under which a resting station , is arranged for the lifting elements , and the chain has one degree of freedom, which is downwards so that the chain can be taken from on top of the frame to the resting station under the frame , and in the resting station , the chain is rotated through 180°.
Method for synchronising a node in a deterministic mesh network, the access of the nodes of the network to the transmission medium being programmed according to a slotframe split into timeslots, said node being able to communicate with its neighbour nodes during timeslots of the slotframe by using transmission resources, said node being provided with a local clock and measuring the synchronisation offsets of this clock in relation to the local clock of at least one neighbour node by detecting a reception event of a packet transmitted by the neighbour node or an acknowledgement of a packet transmitted by said node to the neighbour node, characterised in that said node estimates, from at least one synchronisation offset thus measured, a future synchronisation offset of the local clock for a timeslot following the one for which the last measurement was carried out and corrects its local clock by a correction value equal to a fraction of the synchronisation offset thus estimated.
A self-drilling self-tapping fastener comprising: a head ; a shank integrally connected to and extending from the head, the shank including a first shank portion and a second shank portion , the second shank portion defining a longitudinally extending first flute , the second shank portion defining a longitudinally extending second flute , the second shank portion including a first chip breaker positioned in the first flute, the second shank portion including a second chip breaker positioned in the second flute, the second shank portion including a drill tip , the drill tip including a first cutting blade having a first cutting edge and a second cutting blade having a second cutting edge , wherein the first cutting edge and the second cutting edge are tapered toward each other; and a helical thread formation integrally connected to and extending radially outwardly from the first shank portion and part of the second shank portion, characterized in that the first flute extends through three threads of the thread formation on a first side of the second shank portion , but not to the fourth thread on the first side of the second shank portion. a head ; a shank integrally connected to and extending from the head, the shank including a first shank portion and a second shank portion , the second shank portion defining a longitudinally extending first flute , the second shank portion defining a longitudinally extending second flute , the second shank portion including a first chip breaker positioned in the first flute, the second shank portion including a second chip breaker positioned in the second flute, the second shank portion including a drill tip , the drill tip including a first cutting blade having a first cutting edge and a second cutting blade having a second cutting edge , wherein the first cutting edge and the second cutting edge are tapered toward each other; and a helical thread formation integrally connected to and extending radially outwardly from the first shank portion and part of the second shank portion, characterized in that the first flute extends through three threads of the thread formation on a first side of the second shank portion , but not to the fourth thread on the first side of the second shank portion.
A method for printing graphics on a component of an absorbent article, wherein the absorbent article is a consumer product adapted to absorb and retain soils and wastes, comprising the steps of: providing one or more printheads ; providing a substrate extending in a machine direction, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; advancing the substrate in the machine direction past the one or more printheads; providing instructions to the one or more printheads to print each of the plurality of images in a particular probability, the sum of the probabilities equaling 100%; ejecting one or more inks from the one or more printheads onto the first surface of the substrate to define a graphic of a plurality of images, each of the plurality of images not being identical to another; characterised in that the distribution of each of the plurality of images printed on the substrate are not all equal to each other. providing one or more printheads ; providing a substrate extending in a machine direction, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; advancing the substrate in the machine direction past the one or more printheads; providing instructions to the one or more printheads to print each of the plurality of images in a particular probability, the sum of the probabilities equaling 100%; ejecting one or more inks from the one or more printheads onto the first surface of the substrate to define a graphic of a plurality of images, each of the plurality of images not being identical to another; characterised in that the distribution of each of the plurality of images printed on the substrate are not all equal to each other.