mhurhangee/ep-ind-claims huggingface dataset:
A storage device, comprising a box body with an opening on a front side and a drawer received in the box body, the drawer comprising a drawer body and a cover, wherein the storage device further comprises a lifting assembly disposed between the drawer and the box body, the lifting assembly comprises a gear disposed fixedly relative to the box body, a first rack disposed on the drawer body and engaging with a side of the gear, and a transmission member cooperating with the other side of the gear, the transmission member has a support portion connected with the cover, and a second rack extending downward from the support portion, the second rack engaging with the gear; the lifting assembly is configured in a way that when the drawer is drawn, the first rack moves forward and drives the gear to rotate, and the gear drives the transmission member to move upward to lift the cover; when the drawer is closed, the first rack moves backward and drives the gear to rotate, and the gear drives the transmission member to move downward to lower the cover; wherein the gear comprises a first gear portion engaging with the first rack, and a second gear portion engaging with the second rack, a ratio of a perimeter of a tooth root circle of the first gear portion to a perimeter of a tooth root circle of the second gear portion is a set value, and a ratio of an effective transmission length of the first rack and the gear to the length of the second rack is not greater than the set value. the lifting assembly is configured in a way that when the drawer is drawn, the first rack moves forward and drives the gear to rotate, and the gear drives the transmission member to move upward to lift the cover; when the drawer is closed, the first rack moves backward and drives the gear to rotate, and the gear drives the transmission member to move downward to lower the cover; wherein the gear comprises a first gear portion engaging with the first rack, and a second gear portion engaging with the second rack, a ratio of a perimeter of a tooth root circle of the first gear portion to a perimeter of a tooth root circle of the second gear portion is a set value, and a ratio of an effective transmission length of the first rack and the gear to the length of the second rack is not greater than the set value.
A method for brightening tattoos or pigmented images placed below the epidermis of an individual comprising performing microdermabrasion of the surface of the epidermis of the skin over said tattoos or pigmented images.
A method of determining a deformation mode of a coupled first member and second member, comprising: coupling a first distributed strain sensor string wrapped around the first member to a second distributed strain sensor string wrapped around the second member; propagating light through the first distributed strain sensor string and the second distributed strain sensor string to obtain strain data from sensors in the first distributed strain sensor string and sensors in the second distributed strain sensor string; characterised in that the method further comprises creating subset strain data from the obtained strain data; creating a virtual sensor string on the first and second members (104, 106) including a joint therebetween, wherein the virtual sensor string includes a plurality of virtual sensors and continues a wrap mode of the first distributed strain sensor string to the second member; determining a phase shift between an azimuthal angle of the subset strain data and an azimuthal angle of the virtual sensor string; using the subset strain data and the phase shift to determine virtual strain data at the plurality of virtual sensors in the virtual sensor string; and determining the deformation mode of the coupled first member and second member using the virtual strain data. coupling a first distributed strain sensor string wrapped around the first member to a second distributed strain sensor string wrapped around the second member; propagating light through the first distributed strain sensor string and the second distributed strain sensor string to obtain strain data from sensors in the first distributed strain sensor string and sensors in the second distributed strain sensor string; characterised in that the method further comprises creating subset strain data from the obtained strain data; creating a virtual sensor string on the first and second members (104, 106) including a joint therebetween, wherein the virtual sensor string includes a plurality of virtual sensors and continues a wrap mode of the first distributed strain sensor string to the second member; determining a phase shift between an azimuthal angle of the subset strain data and an azimuthal angle of the virtual sensor string; using the subset strain data and the phase shift to determine virtual strain data at the plurality of virtual sensors in the virtual sensor string; and determining the deformation mode of the coupled first member and second member using the virtual strain data.
A method of delivering an emulsion explosive, the method comprising: obtaining an emulsion matrix comprising a discontinuous phase of oxidizer salt solution droplets in a continuous phase of a fuel, wherein the emulsion matrix has an initial viscosity of 4,000 cP to 20,000 cP; mechanically introducing gas bubbles into the emulsion matrix to sensitize the emulsion matrix and form an emulsion explosive; and homogenizing the emulsion explosive to form a homogenized emulsion explosive with a viscosity of greater than or equal to 80,000 cP and that is devoid of a bubble stabilizing agent. obtaining an emulsion matrix comprising a discontinuous phase of oxidizer salt solution droplets in a continuous phase of a fuel, wherein the emulsion matrix has an initial viscosity of 4,000 cP to 20,000 cP; mechanically introducing gas bubbles into the emulsion matrix to sensitize the emulsion matrix and form an emulsion explosive; and homogenizing the emulsion explosive to form a homogenized emulsion explosive with a viscosity of greater than or equal to 80,000 cP and that is devoid of a bubble stabilizing agent.
A laminate comprising: a transparent polypropylene layer of a polypropylene resin; and a resin layer of a polyurethane resin, the polyurethane resin having a tensile-rupture elongation in a range from 150% to 900% and a softening point in a range from 50 degrees C to 180 degrees C, the transparent polypropylene layer and the resin layer being laminated with each other, wherein the transparent polypropylene layer is formed by rapidly cooling a molten resin of the polypropylene resin, wherein the molten resin does not contain a nucleating agent. a transparent polypropylene layer of a polypropylene resin; and a resin layer of a polyurethane resin, the polyurethane resin having a tensile-rupture elongation in a range from 150% to 900% and a softening point in a range from 50 degrees C to 180 degrees C, the transparent polypropylene layer and the resin layer being laminated with each other, wherein the transparent polypropylene layer is formed by rapidly cooling a molten resin of the polypropylene resin, wherein the molten resin does not contain a nucleating agent.
Method for at least partially automated driving in a vehicle, in which a driving system performs one or more driving functions in an automated manner, wherein the ending of the automated driving function and the at least partial handover of vehicle control from the driving system to the driver takes place following a request by the driving system only after a takeover time interval (t D) has elapsed, characterized in that the takeover time interval is determined from the actuation of a device communicating with the vehicle by the driver.
Fixing device for connecting an exhaust pipe to a vehicle chassis, said device (1; 1') comprising an elastic main body configured to be coupled to the vehicle chassis, the main body comprising a connecting area in which a securing element of the exhaust pipe is introduced, the securing element of the exhaust pipe comprising a widened head (4.1) adapted so that, upon passing through the connecting area, it is retained and fixed in the main body, the device (1; 1') further comprising a reinforcement surrounding the connecting area and being adapted to reinforce the connecting area preventing the removal of the widened head (4.1) of the securing element of the exhaust pipe, characterized in that the reinforcement is a helical spring having the free ends oriented towards the inside of the helical spring.
A method for manufacturing a glycopeptide having a sialyl sugar chain, characterized in that it comprises the following steps of: binding a resin having a hydroxyl group with an amino acid having the amino group nitrogen protected with a Boc group; wherein said binding step is a step of binding the hydroxyl group of said resin with the carboxyl group of said amino acid by an esterification reaction, forming a free amino group by detaching said Boc group; repeating at least once the following steps (i) and (ii) of: (i) elongating the amino acid bound to the resin by further binding another amino acid having the amino group nitrogen protected with a Boc group, wherein said elongation step is a step of binding the carboxyl group of said another amino acid with said free amino group of the amino acid bound to said resin, (ii) forming a free amino group by detaching said Boc group in (i); and cleaving the resin with an acid; wherein said amino acid in step and/or said another amino acid in at least once of (i) in step is a glycosylated amino acid, said glycosylated amino acid has a sialic acid at at least one of the sugar chain non-reducing terminals, and the carboxyl group of said sialic acid is protected with a phenacyl group. binding a resin having a hydroxyl group with an amino acid having the amino group nitrogen protected with a Boc group; wherein said binding step is a step of binding the hydroxyl group of said resin with the carboxyl group of said amino acid by an esterification reaction, forming a free amino group by detaching said Boc group; repeating at least once the following steps (i) and (ii) of: (i) elongating the amino acid bound to the resin by further binding another amino acid having the amino group nitrogen protected with a Boc group, wherein said elongation step is a step of binding the carboxyl group of said another amino acid with said free amino group of the amino acid bound to said resin, (ii) forming a free amino group by detaching said Boc group in (i); and (i) elongating the amino acid bound to the resin by further binding another amino acid having the amino group nitrogen protected with a Boc group, wherein said elongation step is a step of binding the carboxyl group of said another amino acid with said free amino group of the amino acid bound to said resin, (ii) forming a free amino group by detaching said Boc group in (i); and cleaving the resin with an acid;
Furniture fitting for forming an extractable waste collection device, comprising - a receiver frame having at least one opening for mounting a waste collection container (4, 5); - supporting means for supporting the receiver frame at a drawer having lateral shrouds including bottom rim receptions and having a maximum height above the bottom rim receptions, and a front wall connecting the shrouds at a front; and - a stabilising frame for the drawer, which is fixable in the bottom rim receptions and which has two longitudinal struts plus a front cross strut and a back cross strut; - wherein the supporting means are constructed for supporting the receiver frame at the front wall and at the back cross strut, - wherein the supporting means are constructed for exclusively supporting the receiver frame at the front wall and the back cross strut, wherein the receiver frame runs at a distance above the stabilising frame, wherein the distance is higher than the maximum height of the shrouds, and - wherein the supporting means for supporting the receiver frame at the back cross strut include a vertical end wall running between a back rim of the receiver frame and the back cross strut, characterised in that the end wall is made in one piece with the receiver frame and/or the back cross strut. - a receiver frame having at least one opening for mounting a waste collection container (4, 5); - supporting means for supporting the receiver frame at a drawer having lateral shrouds including bottom rim receptions and having a maximum height above the bottom rim receptions, and a front wall connecting the shrouds at a front; and - a stabilising frame for the drawer, which is fixable in the bottom rim receptions and which has two longitudinal struts plus a front cross strut and a back cross strut; - wherein the supporting means are constructed for supporting the receiver frame at the front wall and at the back cross strut, - wherein the supporting means are constructed for exclusively supporting the receiver frame at the front wall and the back cross strut, wherein the receiver frame runs at a distance above the stabilising frame, wherein the distance is higher than the maximum height of the shrouds, and - wherein the supporting means for supporting the receiver frame at the back cross strut include a vertical end wall running between a back rim of the receiver frame and the back cross strut, characterised in that the end wall is made in one piece with the receiver frame and/or the back cross strut.
A battery module, comprising: a plurality of flat batteries stacked upon one another in a thickness direction, and having an outer cover and plate-shaped electrode terminals connected to each other; a power generating element sealed within the outer cover of each of the plurality of flat batteries, wherein the electrode terminals include substantially flat plates (100p, 100m) connected to the power generating element and projecting out of the outer cover in a projecting direction; a plurality of electrically insulating spacers receiving the electrode terminals of more than one of the flat batteries and stacked in the thickness direction of the flat batteries, wherein at least one of the insulating spacers has at least one opening along a projecting direction of at least one of the electrode terminals so as to expose a portion of the at least one electrode terminal while supporting the electrode terminals spaced from each other in the thickness direction of the flat batteries; the battery module comprising further at least one electrically insulating cover (91, 92) overlaying the electrode terminals outward from the insulating spacers in the electrode projecting direction, the insulating cover comprising at least one through hole on a surface of the insulating cover opposite to and overlaying the at least one opening of the at least one insulating spacer. a plurality of flat batteries stacked upon one another in a thickness direction, and having an outer cover and plate-shaped electrode terminals connected to each other; a power generating element sealed within the outer cover of each of the plurality of flat batteries, wherein the electrode terminals include substantially flat plates (100p, 100m) connected to the power generating element and projecting out of the outer cover in a projecting direction; a plurality of electrically insulating spacers receiving the electrode terminals of more than one of the flat batteries and stacked in the thickness direction of the flat batteries, wherein at least one of the insulating spacers has at least one opening along a projecting direction of at least one of the electrode terminals so as to expose a portion of the at least one electrode terminal while supporting the electrode terminals spaced from each other in the thickness direction of the flat batteries; the battery module comprising further at least one electrically insulating cover (91, 92) overlaying the electrode terminals outward from the insulating spacers in the electrode projecting direction, the insulating cover comprising at least one through hole on a surface of the insulating cover opposite to and overlaying the at least one opening of the at least one insulating spacer.
A method for configuring a wireless local access point of a plurality of wireless access points (602, 604, 606, 608) in a WiFi wireless network for conducting a maintenance procedure at the local access point without disrupting service for a user station to a wireless network, the method being performed by the local access point and comprising: multicasting a station query message to the other access points, wherein the station query message includes at least a media access control, MAC, address for a user station; receiving signal strength values for the user station from the other access points; handing over the user station associated with the local access point to a remote access point of the other access points of the wireless network, based on the difference between the best received signal strength value from the other access points and the received signal strength of the local access point being greater than a threshold; performing the maintenance procedure; and after the maintenance procedure is completed, allowing the user station to be handed over back to the local access point from the remote access point. multicasting a station query message to the other access points, wherein the station query message includes at least a media access control, MAC, address for a user station; receiving signal strength values for the user station from the other access points; handing over the user station associated with the local access point to a remote access point of the other access points of the wireless network, based on the difference between the best received signal strength value from the other access points and the received signal strength of the local access point being greater than a threshold; performing the maintenance procedure; and after the maintenance procedure is completed, allowing the user station to be handed over back to the local access point from the remote access point.
An indexable milling cutter, comprising an insert attached thereto, the insert being adapted to be attached to and detached from a cutter body and having a polygonal plate shape as seen in a plan view, - wherein a ridge line portion of a main cutting edge of the insert forms a protruding shape in an outward direction of the insert; characterised in that a negative honing, a land, and a breaker groove are provided on a rake face of the main cutting edge; and a generally rounded corner cutting edge is formed in a connecting portion between two adjacent sides; - wherein the shape of a surface portion of the land is a planar shape or a protruding shape; - wherein, when the insert is attached to the cutter body, the main cutting edge of the insert has a lowermost point of the cutter body; - wherein the width of the negative honing is formed so as to gradually increase from the lowermost point of the cutter body toward the connecting portion; and - wherein the width of the land is formed so as to gradually increase from the lowermost point of the cutter body toward the connecting portion. - wherein a ridge line portion of a main cutting edge of the insert forms a protruding shape in an outward direction of the insert; characterised in that a negative honing, a land, and a breaker groove are provided on a rake face of the main cutting edge; and a generally rounded corner cutting edge is formed in a connecting portion between two adjacent sides; - wherein the shape of a surface portion of the land is a planar shape or a protruding shape; - wherein, when the insert is attached to the cutter body, the main cutting edge of the insert has a lowermost point of the cutter body; - wherein the width of the negative honing is formed so as to gradually increase from the lowermost point of the cutter body toward the connecting portion; and - wherein the width of the land is formed so as to gradually increase from the lowermost point of the cutter body toward the connecting portion.
Arrangement of a single pot support comprising the single pot support and a protective heat shield on a cooktop plate on the heat shield embodied approximately in the shape of a disk for thermally shielding the cooktop plate in the area of a gas burner, wherein corresponding alignment elements for the correctly positioned arrangement of the single pot support on the heat shield are provided at predetermined areas of the single pot support and the heat shield, characterised in that at least one centring pin is provided as an alignment element, that the single pot support has an approximately ring-shaped main body, which is arranged coaxially with respect to the heat shield, that a number of support ribs are arranged on the periphery of the main body as a receiving area for a food container and that an approximately vertically running recess for receiving a corresponding centring pin is provided as an alignment element on at least one support rib.
A device for receiving a helicopter while it is landing, comprising at least one main inflatable pouch (12, 18) including injector means for injecting a fluid for inflating the main inflatable pouch, a substantially plane top wall (14, 20) on which the helicopter comes to rest, constituted by at least one textile layer that is covered by at least one polymer layer, and a bottom wall (16, 22), said device being characterized in that the main inflatable pouch is formed from a 3D textile that comprises first and second faces that constitute respective top (14, 20) and bottom (16, 22) walls, said textile including linking yarns arranged in the inside volume of the inflatable pouch (12, 18) and interlinking the first and second faces together so as to determine the distance between the top and bottom walls when the main inflatable pouch is inflated.
Penetration-obstructing article comprising layers of fabric with yarns having elongation at break less than 8% as measured according to EN 12562, characterized in that there are at least two groups of regions within at least a single fabric layer, with the regions of a first group having a first fabric density DG1 according to Walz of 8% to 80%, and with the regions of a second group having a second fabric density DG2 according to Walz of 8% to 80% and with the difference between DG1 and DG2 at least 3%.