mhurhangee/ep-ind-claims huggingface dataset:
Adapter unit for connecting a drawer base to a side frame of a drawer, comprising an adapter having a shaped part for connection to a frame wall of the side frame, from which a support with a support plane extends at an angle, in particular at right angles, to the support of the drawer base, at least one claw arranged in the support having at least one tooth which can be pressed into the drawer base, whereby the claw is designed as a sheet metal claw (4, 8, 9) that can be mounted on the support, wherein the support has a receiving space for receiving the sheet metal claw (4, 8, 9), in which the sheet metal claw (4, 8, 9) can be mounted in a tool-free manner, wherein the support is of cuboidal design, wherein at least one opening is provided in the side of the support forming the support plane, from which opening at least one tooth (41, 81, 91) projects in the assembled state of the sheet metal claw (4, 8, 9), wherein the sheet metal claw (4, 8, 9) has a locking region (42, 82, 92) from which a bending portion (43, 83, 93) extends, on which the at least one tooth (41, 81, 91) is integrally formed, characterized in that the locking region (42, 82, 92) is of planar design, having at least one latching element (45, 85, 95) which projects from the surface and can be latched to a matching latching element (78, 79) of the support. an adapter having a shaped part for connection to a frame wall of the side frame, from which a support with a support plane extends at an angle, in particular at right angles, to the support of the drawer base, at least one claw arranged in the support having at least one tooth which can be pressed into the drawer base, whereby the claw is designed as a sheet metal claw (4, 8, 9) that can be mounted on the support, wherein the support has a receiving space for receiving the sheet metal claw (4, 8, 9), in which the sheet metal claw (4, 8, 9) can be mounted in a tool-free manner, wherein the support is of cuboidal design, wherein at least one opening is provided in the side of the support forming the support plane, from which opening at least one tooth (41, 81, 91) projects in the assembled state of the sheet metal claw (4, 8, 9), wherein the sheet metal claw (4, 8, 9) has a locking region (42, 82, 92) from which a bending portion (43, 83, 93) extends, on which the at least one tooth (41, 81, 91) is integrally formed, characterized in that the locking region (42, 82, 92) is of planar design, having at least one latching element (45, 85, 95) which projects from the surface and can be latched to a matching latching element (78, 79) of the support.
An antibody for use in the treatment of malignant melanoma, wherein the antibody is capable of: (a) binding specifically to high molecular weight melanoma associated antigen (HMW-MAA); and (b) binding to an Fcε receptor, wherein the antibody is of the isotype IgE and comprises an ε heavy chain. (a) binding specifically to high molecular weight melanoma associated antigen (HMW-MAA); and (b) binding to an Fcε receptor, wherein the antibody is of the isotype IgE and comprises an ε heavy chain.
Wind turbine lifting arrangement comprising a tower of a wind turbine, a nacelle of the wind turbine, a lifting platform and a lifting device attached to the lifting platform for lifting components (14, 15) of the wind turbine to be installed in the nacelle or deinstalled from the nacelle, wherein the nacelle comprises a main frame attached to a top section of the tower, wherein the lifting platform comprises an attachment portion and a lifting device portion, the attachment portion is arranged underneath the nacelle and attached to the main frame, and the lifting device portion is provided adjacent to the attachment portion, wherein the lifting device is attached to the lifting platform in the lifting device portion, and wherein the lifting device portion and the lifting device are arranged next to a longitudinal side of the nacelle, the longitudinal side of the nacelle is one of two opposite longitudinal sides of the nacelle extending along a longitudinal axis (L 12) of the nacelle and arranged between a top side and bottom side of the nacelle, and wherein the lifting platform extends along its longitudinal axis (L 20) in a direction transverse to the longitudinal axis (L 12) of the nacelle. wherein the nacelle comprises a main frame attached to a top section of the tower, wherein the lifting platform comprises an attachment portion and a lifting device portion, the attachment portion is arranged underneath the nacelle and attached to the main frame, and the lifting device portion is provided adjacent to the attachment portion, wherein the lifting device is attached to the lifting platform in the lifting device portion, and wherein the lifting device portion and the lifting device are arranged next to a longitudinal side of the nacelle, the longitudinal side of the nacelle is one of two opposite longitudinal sides of the nacelle extending along a longitudinal axis (L 12) of the nacelle and arranged between a top side and bottom side of the nacelle, and wherein the lifting platform extends along its longitudinal axis (L 20) in a direction transverse to the longitudinal axis (L 12) of the nacelle.
A method for assembling a flattened tube heat exchanger having a first tube bank and a second tube bank, the method comprising: arraying a plurality of flattened heat exchange tube segments in parallel spaced relationship in a first layer; the method characterised by installing at least one spacer clip on a longitudinally extending edge of each heat exchange tube segment of the plurality of flattened heat exchange tube segments in the first layer; and arraying a plurality of flattened heat exchange segments in parallel spaced relationship in a second layer and disposing each heat exchange tube segment in the second layer in alignment with a respective one of the heat exchange tube segments in the first layer and in engagement with the at least one spacer clip installed on the respective one of the heat exchange tube segments in the first layer. arraying a plurality of flattened heat exchange tube segments in parallel spaced relationship in a first layer; the method characterised by installing at least one spacer clip on a longitudinally extending edge of each heat exchange tube segment of the plurality of flattened heat exchange tube segments in the first layer; and arraying a plurality of flattened heat exchange segments in parallel spaced relationship in a second layer and disposing each heat exchange tube segment in the second layer in alignment with a respective one of the heat exchange tube segments in the first layer and in engagement with the at least one spacer clip installed on the respective one of the heat exchange tube segments in the first layer.
Cocoa powder prepared by a method comprising the steps of: (a) adding water to cocoa beans or nibs to form a suspension; (b) wet grinding said suspension; (c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; (d) separating the suspension into: a water phase (heavy phase), a fat phase (light phase) comprising cocoa butter, and a solid phase comprising cocoa powder and fluid components; (e) continuously separating the fluid components from the solid phase obtained in step (d) to obtain cocoa aroma and cocoa powder by supplying a flow of said solid phase to a mixing device; wherein the mixing device comprises: a cylindrical, tubular body with a horizontal axis having an inlet opening for the solid phase, an outlet opening for the dried solid phase and an optional outlet opening for a vapor phase comprising cocoa aroma; end plates (5,5') closing the tubular body at its opposite ends; a coaxial jacket heating or cooling the internal wall of the tubular body to a temperature of from 55°C to 150°C; and a bladed rotor, which is supported for rotation in the tubular body, its blades being arranged as a helix and oriented for centrifuging the solid phase and simultaneously transporting it towards the outlet opening; and wherein the cocoa powder has a total polyphenol content of more than 55 mg of ECE (epicatechin equivalents) per gram of defatted dry mass, and a water content of less than 2% by weight. (a) adding water to cocoa beans or nibs to form a suspension; (b) wet grinding said suspension; (c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; (d) separating the suspension into: a water phase (heavy phase), a fat phase (light phase) comprising cocoa butter, and a solid phase comprising cocoa powder and fluid components; a water phase (heavy phase), a fat phase (light phase) comprising cocoa butter, and a solid phase comprising cocoa powder and fluid components; (e) continuously separating the fluid components from the solid phase obtained in step (d) to obtain cocoa aroma and cocoa powder by supplying a flow of said solid phase to a mixing device;
A cutting insert having an insert longitudinal axis, the cutting insert comprising: opposing forward and rear surfaces (34, 36) and a peripheral surface extending therebetween, the peripheral surface comprising opposing side surfaces connecting opposing upper and lower surfaces (38, 40); and an insert through bore passing through the side surfaces along a side axis; wherein: the forward and upper surfaces (34, 38) intersect to form a main cutting edge having an associated relief surface that extends therefrom in the forward surface; one of the side surfaces comprises an insert side abutment surface; the rear surface comprises an insert rear abutment surface; the lower surface comprises an insert lower abutment surface; characterised in that the insert rear and lower abutment surfaces (50, 52) form an obtuse abutment angle (α) with respect to each other; wherein in a side view of the cutting insert along the side axis, a relief surface line (L R) tangent to the relief surface intersects the insert lower abutment surface. opposing forward and rear surfaces (34, 36) and a peripheral surface extending therebetween, the peripheral surface comprising opposing side surfaces connecting opposing upper and lower surfaces (38, 40); and an insert through bore passing through the side surfaces along a side axis; wherein: the forward and upper surfaces (34, 38) intersect to form a main cutting edge having an associated relief surface that extends therefrom in the forward surface; one of the side surfaces comprises an insert side abutment surface; the rear surface comprises an insert rear abutment surface; the lower surface comprises an insert lower abutment surface; characterised in that the insert rear and lower abutment surfaces (50, 52) form an obtuse abutment angle (α) with respect to each other; wherein in a side view of the cutting insert along the side axis, a relief surface line (L R) tangent to the relief surface intersects the insert lower abutment surface. the forward and upper surfaces (34, 38) intersect to form a main cutting edge having an associated relief surface that extends therefrom in the forward surface; one of the side surfaces comprises an insert side abutment surface; the rear surface comprises an insert rear abutment surface; the lower surface comprises an insert lower abutment surface; characterised in that the insert rear and lower abutment surfaces (50, 52) form an obtuse abutment angle (α) with respect to each other; wherein in a side view of the cutting insert along the side axis, a relief surface line (L R) tangent to the relief surface intersects the insert lower abutment surface.
An under-run protection device for a vehicle, characterized by: a first beam member extending laterally to the direction of a vehicle, wherein a partial portion (420, 435) of the first beam member has a corrugated cross-section; a second beam member mounted on the first beam member, positioned and adapted to absorb an impact from another vehicle by deforming when the impact force exceeds a threshold value; and a plurality of L-shaped brackets (440, 300), wherein a one arm of the L-shape of each of the plurality of L-shaped brackets is joined to the first beam member,wherein an other arm of the L-shape of each of the plurality of L-shaped brackets is joined to a vertical member, wherein vertical member is riveted to the vehicle via a connecting bracket, wherein the one arm of the L-shape is parallel to the first beam member, wherein the other arm of the L-shape is perpendicular to the first beam member, and wherein the one arm of each of the plurality of L-shaped brackets is welded in the trough of the first beam member having corrugated cross-section. a first beam member extending laterally to the direction of a vehicle, wherein a partial portion (420, 435) of the first beam member has a corrugated cross-section; a second beam member mounted on the first beam member, positioned and adapted to absorb an impact from another vehicle by deforming when the impact force exceeds a threshold value; and a plurality of L-shaped brackets (440, 300), wherein a one arm of the L-shape of each of the plurality of L-shaped brackets is joined to the first beam member,wherein an other arm of the L-shape of each of the plurality of L-shaped brackets is joined to a vertical member, wherein vertical member is riveted to the vehicle via a connecting bracket, wherein the one arm of the L-shape is parallel to the first beam member, wherein the other arm of the L-shape is perpendicular to the first beam member, and wherein the one arm of each of the plurality of L-shaped brackets is welded in the trough of the first beam member having corrugated cross-section.
A fan case assembly comprising: an inner ring encircling an axis; a first outer ring encircling said axis and having an annular flange; a plurality of struts each extending radially outward from an inner end engaged with said inner ring to an outer end engaged with said first outer ring; a second outer ring abutting said first outer ring along said axis; and characterised by a plurality of leaves each fixed to said second outer ring and extending along said axis, said leaves being slid over an outer surface of said first outer ring to engage said first and second outer rings together. an inner ring encircling an axis; a first outer ring encircling said axis and having an annular flange; a plurality of struts each extending radially outward from an inner end engaged with said inner ring to an outer end engaged with said first outer ring; a second outer ring abutting said first outer ring along said axis; and characterised by a plurality of leaves each fixed to said second outer ring and extending along said axis, said leaves being slid over an outer surface of said first outer ring to engage said first and second outer rings together.
A spectrum sharing method, comprising: establishing, by a first base station, a first sharing cell of a first-standard network at a shared frequency; establishing, by the first base station, a service of user equipment of the first-standard network in the first sharing cell, and transmitting, by the first base station, data on a data radio bearer of the service of the user equipment of the first-standard network; establishing, by a second base station, a second sharing cell of a second-standard network at the shared frequency; establishing, by the second base station, a service of user equipment of the second-standard network in the second sharing cell; and when the first sharing cell and the second sharing cell share the shared frequency, suspending, by the first base station, the data transmission on the data radio bearer of the service of the user equipment of the first-standard network, and retaining a common channel of the first sharing cell and a signaling radio bearer of the service of the user equipment of the first-standard network, and starting, by the second base station, data transmission on a data radio bearer of the service of the user equipment of the second-standard network. establishing, by a first base station, a first sharing cell of a first-standard network at a shared frequency; establishing, by the first base station, a service of user equipment of the first-standard network in the first sharing cell, and transmitting, by the first base station, data on a data radio bearer of the service of the user equipment of the first-standard network; establishing, by a second base station, a second sharing cell of a second-standard network at the shared frequency; establishing, by the second base station, a service of user equipment of the second-standard network in the second sharing cell; and when the first sharing cell and the second sharing cell share the shared frequency, suspending, by the first base station, the data transmission on the data radio bearer of the service of the user equipment of the first-standard network, and retaining a common channel of the first sharing cell and a signaling radio bearer of the service of the user equipment of the first-standard network, and starting, by the second base station, data transmission on a data radio bearer of the service of the user equipment of the second-standard network.
A method for installing a wind turbine, said method comprising the steps of: - establishing a substructure in the ground for the wind turbine, said substructure comprising at least one pile extending upwards from the ground or from a foundation for the substructure, - said at least one pile being part of a primary structure of the substructure, said primary structure performing load-bearing of the wind turbine itself, - mounting a secondary structure to at least one pile being part of the primary structure, said secondary structure not performing load-bearing of the wind turbine itself, - said mounting of the secondary structure being established by at least supporting part of the secondary structure by a top of the at least one pile, - mounting of fittings to the secondary structure, said mounting of fittings to the secondary structure being established by mechanical working such as forming holes for bolts or rivets or by material bonding such as welding, characterized in that it further comprises the step of; - mounting the wind turbine tower to the at least one pile being part of the primary structure, and the secondary structure constituting an intermediate structure between the at least one pile and the wind turbine tower. - establishing a substructure in the ground for the wind turbine, said substructure comprising at least one pile extending upwards from the ground or from a foundation for the substructure, - said at least one pile being part of a primary structure of the substructure, said primary structure performing load-bearing of the wind turbine itself, - mounting a secondary structure to at least one pile being part of the primary structure, said secondary structure not performing load-bearing of the wind turbine itself, - said mounting of the secondary structure being established by at least supporting part of the secondary structure by a top of the at least one pile, - mounting of fittings to the secondary structure, said mounting of fittings to the secondary structure being established by mechanical working such as forming holes for bolts or rivets or by material bonding such as welding, characterized in that it further comprises the step of; - mounting the wind turbine tower to the at least one pile being part of the primary structure, and the secondary structure constituting an intermediate structure between the at least one pile and the wind turbine tower.
A data transmission method, comprising: Receiving, by a terminal device, a first reference signal sent by a network device; Measuring, by the terminal device, a downlink channel based on the first reference signal, to obtain a channel status of the downlink channel; Determining, by the terminal device, a target mode from a plurality of modes based on the channel status of the downlink channel, wherein information that is used to feed back channel state information CSI and that is sent by the terminal device in different modes of the plurality of modes is different; and Sending, by the terminal device, indication information to the network device, wherein the indication information is used to indicate the target mode, wherein the plurality of modes comprise a first mode, a second mode, and a third mode; in the first mode, the terminal device feeds back all information of the CSI; in the second mode, the terminal device feeds back a part of information of the CSI, and sends a second reference signal; and in the third mode, the terminal device sends the second reference signal; and the all information is used to indicate a channel status of all of the downlink channel, and the part of information is used to indicate a channel status of a part of the downlink channel. Receiving, by a terminal device, a first reference signal sent by a network device; Measuring, by the terminal device, a downlink channel based on the first reference signal, to obtain a channel status of the downlink channel; Determining, by the terminal device, a target mode from a plurality of modes based on the channel status of the downlink channel, wherein information that is used to feed back channel state information CSI and that is sent by the terminal device in different modes of the plurality of modes is different; and Sending, by the terminal device, indication information to the network device, wherein the indication information is used to indicate the target mode, wherein the plurality of modes comprise a first mode, a second mode, and a third mode; in the first mode, the terminal device feeds back all information of the CSI; in the second mode, the terminal device feeds back a part of information of the CSI, and sends a second reference signal; and in the third mode, the terminal device sends the second reference signal; and the all information is used to indicate a channel status of all of the downlink channel, and the part of information is used to indicate a channel status of a part of the downlink channel.
A tire tread rubber composition, comprising at least one polymer selected from the group consisting of a rubber polymer or copolymer; and at least one resin, wherein the resin is a terpene phenol tackifier resin having an OH value of from 5 to 150 and a softening point as determined by Ring & Ball of from 90 to 130°C, wherein the rubber polymer or copolymer is such that the double bonds are 0% hydrogenated.
An injection molding machine comprising: an ejector rod for ejecting a molding product; a crosshead to which the ejector rod is attached; and a control unit which controls a forward movement or rearward movement of the ejector rod, characterized in that the control unit includes a storage unit in which information on an attachment of the ejector rod with respect to the crosshead is stored, an acquisition unit configured to acquire the information on the attachment of the ejector rod with respect to the crosshead, and a collation unit configured to collate the information stored in the storage unit and the information acquired by the acquisition unit. an ejector rod for ejecting a molding product; a crosshead to which the ejector rod is attached; and a control unit which controls a forward movement or rearward movement of the ejector rod, characterized in that the control unit includes a storage unit in which information on an attachment of the ejector rod with respect to the crosshead is stored, an acquisition unit configured to acquire the information on the attachment of the ejector rod with respect to the crosshead, and a collation unit configured to collate the information stored in the storage unit and the information acquired by the acquisition unit. a storage unit in which information on an attachment of the ejector rod with respect to the crosshead is stored, an acquisition unit configured to acquire the information on the attachment of the ejector rod with respect to the crosshead, and a collation unit configured to collate the information stored in the storage unit and the information acquired by the acquisition unit.