mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system comprising: a control line transmitting a control signal for controlling charging of a battery mounted on a vehicle ; a reference potential line connected to a reference potential; a communication device connected to the control line and the reference potential line serving as a transmission medium of a differential signal_and superposing onto the control signal the differential signal having a higher frequency than the control signal so as to perform communication with an external power supply apparatus ; and an inductive element which is provided at a point of connection between the reference potential line and the reference potential or provided in the reference potential line , the inductive element having impedance for a noise having a higher frequency than the control signal that is higher than the impedance for the control signal, characterized in that : the inductive element is a choke coil, no choke coil is provided in the control line , and the inductive element is arranged to suppress that a common mode noise generated in the control line and the reference potential line is converted into a differential mode noise. a control line transmitting a control signal for controlling charging of a battery mounted on a vehicle ; a reference potential line connected to a reference potential; a communication device connected to the control line and the reference potential line serving as a transmission medium of a differential signal_and superposing onto the control signal the differential signal having a higher frequency than the control signal so as to perform communication with an external power supply apparatus ; and an inductive element which is provided at a point of connection between the reference potential line and the reference potential or provided in the reference potential line , the inductive element having impedance for a noise having a higher frequency than the control signal that is higher than the impedance for the control signal, characterized in that : the inductive element is a choke coil, no choke coil is provided in the control line , and the inductive element is arranged to suppress that a common mode noise generated in the control line and the reference potential line is converted into a differential mode noise.
A transmission arrangement , comprising - a first planetary gear set comprising a first sun gear , a first ring gear and a first planet carrier carrying a first set of planet gears , the first set of planet gears being in meshing engagement with the first ring gear and the first sun gear, - a second planetary gear set comprising a second sun gear , a second ring gear and a second planet carrier carrying a second set of planet gears , the second set of planet gears being in meshing engagement with the second ring gear and the second sun gear, - a third planetary gear set comprising a third sun gear , a third ring gear and a third planet carrier carrying a third set of planet gears , the third set of planet gears being in meshing engagement with the third ring gear and the third sun gear, - an input shaft connectable to a prime mover , the input shaft being operatively connected to the second sun gear and to the third sun gear , - an output shaft operatively connected to the second planet carrier , and - a gear selection arrangement , comprising - a first locking mechanism , - a second locking mechanism connected to the first sun gear , the second ring gear and the third planet carrier , and - a third locking mechanism connected to the third ring gear , characterized in that the first locking mechanism is connected to the first planet carrier , and the output shaft is operatively connected to the first ring gear. - a first planetary gear set comprising a first sun gear , a first ring gear and a first planet carrier carrying a first set of planet gears , the first set of planet gears being in meshing engagement with the first ring gear and the first sun gear, - a second planetary gear set comprising a second sun gear , a second ring gear and a second planet carrier carrying a second set of planet gears , the second set of planet gears being in meshing engagement with the second ring gear and the second sun gear, - a third planetary gear set comprising a third sun gear , a third ring gear and a third planet carrier carrying a third set of planet gears , the third set of planet gears being in meshing engagement with the third ring gear and the third sun gear, - an input shaft connectable to a prime mover , the input shaft being operatively connected to the second sun gear and to the third sun gear , - an output shaft operatively connected to the second planet carrier , and - a gear selection arrangement , comprising - a first locking mechanism , - a second locking mechanism connected to the first sun gear , the second ring gear and the third planet carrier , and - a third locking mechanism connected to the third ring gear , characterized in that the first locking mechanism is connected to the first planet carrier , and the output shaft is operatively connected to the first ring gear. - a first locking mechanism , - a second locking mechanism connected to the first sun gear , the second ring gear and the third planet carrier , and - a third locking mechanism connected to the third ring gear ,
A mechanical seal device for use in a water environment, comprising: a stationary sealing ring made of SiC; and a rotating sealing ring made of SiC and arranged opposite to the stationary sealing ring , the mechanical seal device bringing opposite sliding surfaces of the stationary sealing ring and the rotating sealing ring into close contact with each other to seal a sealed fluid such as ultrapure water or pure water that has a high specific resistance value, wherein at least one of the sealing rings including the sliding surfaces is configured by a sintered compact of a material including SiC as a base material compounded with an Al additive, and a specific resistance value of the sealing ring configured by the sintered compact including the sliding surface is equal to or lower than 100 Ω· cm, characterized in that a ratio of an area 4H-polytype crystal structures to an area of the sliding surface is equal to or higher than 25%. a stationary sealing ring made of SiC; and a rotating sealing ring made of SiC and arranged opposite to the stationary sealing ring , the mechanical seal device bringing opposite sliding surfaces of the stationary sealing ring and the rotating sealing ring into close contact with each other to seal a sealed fluid such as ultrapure water or pure water that has a high specific resistance value, wherein at least one of the sealing rings including the sliding surfaces is configured by a sintered compact of a material including SiC as a base material compounded with an Al additive, and a specific resistance value of the sealing ring configured by the sintered compact including the sliding surface is equal to or lower than 100 Ω· cm, characterized in that a ratio of an area 4H-polytype crystal structures to an area of the sliding surface is equal to or higher than 25%.
A method for reducing label waste comprising the steps of: providing a label material with an adhesive thereon; providing a cutter assembly comprised of a cutter carrier and a cutter cartridge , wherein the cutter cartridge comprises a cut depth adjuster, a detent component , an eccentric pinion shaft and a cutting blade being a cutter wheel , wherein said eccentric pinion shaft comprises a housing support , a bearer roller support and a cutter wheel support , wherein said bearer roller support is concentrically aligned with the housing support , but not with the cutter wheel support ; implementing a first cut of the label material in a forth direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material ; implementing a second cut of the label material in a back direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material ; and dispensing a label from the label material . providing a label material with an adhesive thereon; providing a cutter assembly comprised of a cutter carrier and a cutter cartridge , wherein the cutter cartridge comprises a cut depth adjuster, a detent component , an eccentric pinion shaft and a cutting blade being a cutter wheel , wherein said eccentric pinion shaft comprises a housing support , a bearer roller support and a cutter wheel support , wherein said bearer roller support is concentrically aligned with the housing support , but not with the cutter wheel support ; implementing a first cut of the label material in a forth direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material ; implementing a second cut of the label material in a back direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material ; and dispensing a label from the label material .
A method of manufacturing flexible pipe body, comprising the step of: winding at least one composite body having a substantially helical innate shape around an underlying pipe layer characterized in that the pitch of winding substantially matches the pitch of the innate state of the composite body.
An upper torso article of apparel having an outer-facing surface, the upper torso article of apparel comprising: a plurality of compression zones, wherein: each of the plurality of compression zones has a modulus of elasticity value within a predefined range, wherein one or more of the plurality of compression zones has an integrated structure pattern located at preconfigured locations within the respective compression zone that increases the modulus of elasticity at the preconfigured locations and modifies the modulus of elasticity value of the respective compression zone, characterized by comprising a plurality of offset areas offset from the outer-facing surface plane of the upper torso article of apparel, wherein the offset areas delineate and define a plurality of structures , the plurality of offset areas being formed using a shorter length knit stitch compared to the plurality of structures , wherein the plurality of offset areas within the integrated structure pattern increase the modulus of elasticity value at the preconfigured locations. each of the plurality of compression zones has a modulus of elasticity value within a predefined range, wherein one or more of the plurality of compression zones has an integrated structure pattern located at preconfigured locations within the respective compression zone that increases the modulus of elasticity at the preconfigured locations and modifies the modulus of elasticity value of the respective compression zone, characterized by comprising a plurality of offset areas offset from the outer-facing surface plane of the upper torso article of apparel, wherein the offset areas delineate and define a plurality of structures , the plurality of offset areas being formed using a shorter length knit stitch compared to the plurality of structures , wherein the plurality of offset areas within the integrated structure pattern increase the modulus of elasticity value at the preconfigured locations.
A catheter apparatus for advancing a guidewire through a chronic total occlusion in a vasculature comprising: a shaft having a distal portion ; an expansible scaffold structure coupled to the distal portion of the shaft ; and a single, centrally located deflectable lumen passing centrally through the shaft and through the expansible scaffold structure and configured to pass over a guidewire , wherein the lumen has a deflectable tip , wherein the catheter apparatus is removable from the vasculature, and wherein the expansible scaffold structure is configured to flare out upon a retraction of a retractable sheath that covers the scaffold structure . a shaft having a distal portion ; an expansible scaffold structure coupled to the distal portion of the shaft ; and a single, centrally located deflectable lumen passing centrally through the shaft and through the expansible scaffold structure and configured to pass over a guidewire , wherein the lumen has a deflectable tip , wherein the catheter apparatus is removable from the vasculature, and wherein the expansible scaffold structure is configured to flare out upon a retraction of a retractable sheath that covers the scaffold structure .
A foldable container comprising a base and two pairs of side plates , the side plates are mounted on the base by means of a hinge mechanism in a manner of being foldable relative to the base , wherein the hinge mechanism comprises: one or more projecting portion , one or more open side portion , a connector , wherein: the one or more projecting portion is extended from a bottom of the side plates and provided with a hinge pin mounting portion , the one or more open side portion is provided on the base for cooperating with the projecting portion and provided with a guide structure , the connector is movable up and down along the guide structure and provided with a hinge pin (51, 1a1) for engaging with the hinge pin mounting portion , wherein the hinge pin (51, 1a1) is rotatably housed in the hinge pin mounting portion , characterised in that the hinge mechanism further comprises an elastic member with one end connected to the base and another end connected to the connector , so that the elastic member applies a force to the connector during the rotation process of the side plates from folded state to upright state so as to drive the connector to move downwardly. the one or more projecting portion is extended from a bottom of the side plates and provided with a hinge pin mounting portion , the one or more open side portion is provided on the base for cooperating with the projecting portion and provided with a guide structure , the connector is movable up and down along the guide structure and provided with a hinge pin (51, 1a1) for engaging with the hinge pin mounting portion , wherein the hinge pin (51, 1a1) is rotatably housed in the hinge pin mounting portion , characterised in that the hinge mechanism further comprises an elastic member with one end connected to the base and another end connected to the connector , so that the elastic member applies a force to the connector during the rotation process of the side plates from folded state to upright state so as to drive the connector to move downwardly.
Compounds of general formula C, which are ipolamiide derivatives wherein R corresponds to H, OH, OGlyc (Glycoside); R 1 , R 1' , R 1" correspond to H, OH; R 2 corresponds to H, COOH, COOCH 3 , CH 3 , CHO; R 3 corresponds to H, OH, CH 3 ; R 4 , R 4' correspond to H, OH, CH 2 OH, CH 3 .
An encoder comprising: an angular position information detector configured to detect angular position information indicating an angular position of a rotating disk within one rotation thereof; a multi-rotation information detector configured to detect multi-rotation information indicating a number of rotations of the disk; a battery configured to supply a power to the multi-rotation information detector when an external power is not supplied to the encoder ; characterized by a connector configured to connect a connection terminal of the battery to a substrate to which at least one of the angular position information detector and the multi-rotation information detector is connected, via a solder in contact with the connection terminal. an angular position information detector configured to detect angular position information indicating an angular position of a rotating disk within one rotation thereof; a multi-rotation information detector configured to detect multi-rotation information indicating a number of rotations of the disk; a battery configured to supply a power to the multi-rotation information detector when an external power is not supplied to the encoder ; characterized by a connector configured to connect a connection terminal of the battery to a substrate to which at least one of the angular position information detector and the multi-rotation information detector is connected, via a solder in contact with the connection terminal.
A high-purity silicon carbide single crystal substrate, at least comprising a silicon carbide single crystal substrate surface layer and a silicon carbide single crystal substrate main body layer ; an intrinsic point defect concentration of the silicon carbide single crystal substrate surface layer is smaller than an intrinsic point defect concentration of the silicon carbide single crystal substrate main body layer ; wherein the intrinsic point defect concentration of the silicon carbide single crystal substrate surface layer at room temperature is not higher than 1×10 13 cm -3 , and the intrinsic point defect concentration of the silicon carbide single crystal substrate main body layer is 1×10 14 cm -3 to 1×10 16 cm -3 ; and the silicon carbide single crystal substrate main body layer has such an intrinsic point defect concentration that the silicon carbide single crystal substrate has a semi-insulation property.
A composition comprising rapeseed protein, a hydrocolloid, a vegetable oil, and water wherein the amount of rapeseed protein is from 0.5-10% (w/w), wherein the amount of hydrocolloid is from 0.02-1% (w/w), and wherein the amount of vegetable oil is from 0.5-15% (w/w).
A method comprising: (a) preparing a 6xxx aluminum alloy sheet product for solution heat treatment; (b) after the preparing step, solution heat treating and then quenching the 6xxx aluminum alloy sheet product, wherein, after the quenching, the 6xxx aluminum alloy sheet product is at ambient temperature; (c) after the solution heat treating and quenching step, exposing the 6xxx aluminum alloy sheet product to a treatment temperature of from 30°C to 60°C for 0.2 to 150 seconds; (d) after the exposing step, coiling the 6xxx aluminum alloy sheet product into a coiled 6xxx aluminum alloy sheet product; (e) after the coiling step, moving the coiled 6xxx aluminum alloy sheet product to a storage location, wherein the method further comprises cooling the coiled 6xxx aluminum alloy sheet product from the treatment temperature to a temperature of the storage location, wherein the cooling comprises Newtonian cooling. (a) preparing a 6xxx aluminum alloy sheet product for solution heat treatment; (b) after the preparing step, solution heat treating and then quenching the 6xxx aluminum alloy sheet product, wherein, after the quenching, the 6xxx aluminum alloy sheet product is at ambient temperature; (c) after the solution heat treating and quenching step, exposing the 6xxx aluminum alloy sheet product to a treatment temperature of from 30°C to 60°C for 0.2 to 150 seconds; (d) after the exposing step, coiling the 6xxx aluminum alloy sheet product into a coiled 6xxx aluminum alloy sheet product; (e) after the coiling step, moving the coiled 6xxx aluminum alloy sheet product to a storage location,
Sawing machine for bevel cuts in metal workpieces, comprising an upper saw portion with at least two running wheels , at least one of which is motor driven, and with a saw band which rotates about the running wheels , further comprising a lifting and lowering device for the upward and downward movement of the upper saw portion in order to move the saw band with a sawing advance movement in a sawing region , a transport path for supplying a workpiece to be sawn in a supply direction to the sawing region , a frame on which the upper saw portion is retained and which can be pivoted about a vertical axis in order to adjust a bevel angle between the saw band and the supply direction , a movable sawing table which is arranged in the sawing region for positioning the workpiece to be sawn, and a clamping vice for clamping the workpiece to be sawn during the sawing operation, wherein the sawing table and the clamping vice are designed to be movable in and counter to the supply direction , and wherein the sawing table and the clamping vice are securable in two positions, of which the first position is provided for a bevel angle greater than or equal to 0 degrees and the second position is provided for a bevel angle less than or equal to 0 degrees, characterized in that the clamping vice is arranged in the first position, as seen in the supply direction, in front of a cutting plane, whereas it is arranged in the second position, as seen in the supply direction, behind the cutting plane. and wherein the sawing table and the clamping vice are securable in two positions, of which the first position is provided for a bevel angle greater than or equal to 0 degrees and the second position is provided for a bevel angle less than or equal to 0 degrees, characterized in that the clamping vice is arranged in the first position, as seen in the supply direction, in front of a cutting plane, whereas it is arranged in the second position, as seen in the supply direction, behind the cutting plane.
A glycan-modified form of antibody ibalizumab, comprising one engineered N-linked glycosylation site in the variable region of the light chain, selected from the group consisting of (i) an engineered N-linked glycosylation site Asn-Ala-Thr located at an amino acid position of the light chain selected from the group consisting of 30EGln, 53Thr, 54Arg, 65Ser, and 67Ser; and (ii) an engineered N-linked glycosylation site Asn-Ser-Thr located at an amino acid position 52Ser as identified in Seq ID No. 3 based on the mature version of the light chain absent the 19 amino acid signal sequence and following the Kabat and Chothia Numbering Scheme. (i) an engineered N-linked glycosylation site Asn-Ala-Thr located at an amino acid position of the light chain selected from the group consisting of 30EGln, 53Thr, 54Arg, 65Ser, and 67Ser; and (ii) an engineered N-linked glycosylation site Asn-Ser-Thr located at an amino acid position 52Ser
A semiconductor device comprising: a base body , and a semiconductor element bonded on the base body via an adhesive member , wherein the adhesive member contains particles selected from a group of (i) surface-treated particles and (ii) particles that coexist with a dispersing agent, wherein the particles are nanoparticles having a particle diameter of 1 nm or more and 100 nm or less, and wherein the adhesive member has a marginal portion having a meniscus end at a surface of the base body and a creep-up portion formed by creeping-up a side surface of the semiconductor element , characterised in that the particles are unevenly distributed in the adhesive member in such a manner that at least a part of the marginal portion and at least a part of the creep-up portion are regions where the particles exist in higher density, compared to a region except for the at least a part of the marginal portion and the at least a part of the creep-up portion .
A primer composition for retaining adhesive disposed thereon during a caustic wash operation, the primer composition comprising: at least one component selected from a polyurethane and a polyurethane acrylate; and at least one anionic surfactant as surface tension modifier; wherein the primer composition is in a layer form and an acrylic emulsion adhesive is disposed on the layer of the primer composition, wherein the polyurethane is an aliphatic polyurethane, wherein the polyurethane acrylate is an aliphatic polyurethane acrylate or an aromatic polyurethane acrylate, and wherein the primer composition is essentially free of any liquid vehicle component. at least one component selected from a polyurethane and a polyurethane acrylate; and at least one anionic surfactant as surface tension modifier; wherein the primer composition is in a layer form and an acrylic emulsion adhesive is disposed on the layer of the primer composition, wherein the polyurethane is an aliphatic polyurethane, wherein the polyurethane acrylate is an aliphatic polyurethane acrylate or an aromatic polyurethane acrylate, and wherein the primer composition is essentially free of any liquid vehicle component.