mhurhangee/ep-ind-claims huggingface dataset:
A container (100, 1100), comprising: a plurality of panels (102, 104, 106, 108, 108', 110, 112'; 902, 904, 906, 910; 1102, 1104, 1106a, 1106b, 1108a, 1108b, 1110, 1112) integrally arranged with respect to each other and with respect to a set of orthogonal x, y and z axes, the z-axis defining a direction line in which the container is configured to support a stacking load; wherein the plurality of panels (102, 104, 106, 108, 108', 110, 112'; 902, 904, 906, 910; 1102, 1104, 1106a, 1106b, 1108a, 1108b, 1110, 1112) comprise a first panel (102, 1102) comprising a first planar surface, and a second panel (106, 1106a) comprising a second planar surface, wherein the first panel (102, 1102) and the second panel (106, 1106a) form a contiguity with a fold line (103, 1103) disposed therebetween, wherein the first planar surface is disposed parallel to the x-z plane or the y-z plane; and a compression reinforcement feature (1114, 214) having a planar edge oriented orthogonal to the first planar surface (102, 1102) and perpendicular to the z-axis, characterized in that the planar edge being disposed a distance away from the fold line (103, 1103) but at a distance no greater than half a thickness of the first panel (102, 1102), the first panel (102, 1102) comprising a void between the fold line and the planar edge. a plurality of panels (102, 104, 106, 108, 108', 110, 112'; 902, 904, 906, 910; 1102, 1104, 1106a, 1106b, 1108a, 1108b, 1110, 1112) integrally arranged with respect to each other and with respect to a set of orthogonal x, y and z axes, the z-axis defining a direction line in which the container is configured to support a stacking load; wherein the plurality of panels (102, 104, 106, 108, 108', 110, 112'; 902, 904, 906, 910; 1102, 1104, 1106a, 1106b, 1108a, 1108b, 1110, 1112) comprise a first panel (102, 1102) comprising a first planar surface, and a second panel (106, 1106a) comprising a second planar surface, wherein the first panel (102, 1102) and the second panel (106, 1106a) form a contiguity with a fold line (103, 1103) disposed therebetween, wherein the first planar surface is disposed parallel to the x-z plane or the y-z plane; and a compression reinforcement feature (1114, 214) having a planar edge oriented orthogonal to the first planar surface (102, 1102) and perpendicular to the z-axis,
Device for clearing roadside debris mounds at road embankments, said device including at least the following parts: a quick-release mount for hitching the device to a work machine, a scraper pivotally arranged on the quick-release mount, a transport apparatus for evacuating loosened material, and a drive device for operating the transport apparatus, characterised by that the scraper comprises a scoop that has a bottom plate and a cover arranged to be essentially parallel to each other, and the scoop further comprising one or more contour walls that, leaving the scoop open between the bottom plate and the cover in the working direction and in a direction towards the adjacent road embankment, run from the bottom plate to the cover partially sealing the scoop vertically, the transport apparatus is arranged between said bottom plate and cover such that the transport apparatus is rotatable around a shaft running from the drive device, through the cover, and essentially to the bottom plate, the drive device is arranged above the cover, where it is arranged to interact with said shaft, and the scoop of the scraper has a front corner, that is to be positioned above the carriageway, and a rear corner, that is to be positioned above the carriageway's lateral verge, said corners being connected by a working edge. a quick-release mount for hitching the device to a work machine, a scraper pivotally arranged on the quick-release mount, a transport apparatus for evacuating loosened material, and a drive device for operating the transport apparatus, characterised by that the scraper comprises a scoop that has a bottom plate and a cover arranged to be essentially parallel to each other, and the scoop further comprising one or more contour walls that, leaving the scoop open between the bottom plate and the cover in the working direction and in a direction towards the adjacent road embankment, run from the bottom plate to the cover partially sealing the scoop vertically, the transport apparatus is arranged between said bottom plate and cover such that the transport apparatus is rotatable around a shaft running from the drive device, through the cover, and essentially to the bottom plate, the drive device is arranged above the cover, where it is arranged to interact with said shaft, and the scoop of the scraper has a front corner, that is to be positioned above the carriageway, and a rear corner, that is to be positioned above the carriageway's lateral verge, said corners being connected by a working edge.
A communication control method of a small cell station, the method comprising the method steps of: connecting, by the small cell station by using a built-in soft SIM card or an inserted SIM card of the small cell station, to an air interface of a macrocell station to access the macrocell station; after receiving a broadcast synchronization signal of the macrocell station, synchronizing, by the small cell station, with the macrocell station, and acquiring configuration information of the macrocell station, wherein the configuration information of the macrocell station comprises system information of the macrocell station, the system information of the macrocell station comprises a working frequency of the macrocell station; and performing, by the small cell station, system configuration for the small cell station according to the configuration information of the macrocell station; wherein the performing, by the small cell station, system configuration for the small cell station according to the configuration information of the macrocell station comprises: configuring a working frequency of the small cell station to be the same as the working frequency of the macrocell station. connecting, by the small cell station by using a built-in soft SIM card or an inserted SIM card of the small cell station, to an air interface of a macrocell station to access the macrocell station; after receiving a broadcast synchronization signal of the macrocell station, synchronizing, by the small cell station, with the macrocell station, and acquiring configuration information of the macrocell station, wherein the configuration information of the macrocell station comprises system information of the macrocell station, the system information of the macrocell station comprises a working frequency of the macrocell station; and performing, by the small cell station, system configuration for the small cell station according to the configuration information of the macrocell station; wherein the performing, by the small cell station, system configuration for the small cell station according to the configuration information of the macrocell station comprises: configuring a working frequency of the small cell station to be the same as the working frequency of the macrocell station.
A method of generating a CH2 domain template molecule from a CH2 domain scaffold of IgG, IgA, or IgD, wherein the CH2 domain scaffold comprises three structural loops L1, L2 and L3, the method comprising a step of replacing at least one structural loop of the CH2 domain scaffold with a corresponding donor loop from a donor molecule, wherein the donor molecule is selected from a database of molecules, each of which molecules comprises three donor loops: donor L1, donor L2 and donor L3, and wherein at least one of the three donor loops has a length matching or differing by up to two amino acids from the length of a corresponding structural loop in the CH2 domain scaffold.
A battery-powered working machine comprising: a casing which houses an electric motor; a work unit which is driven by the electric motor and extends from the casing; a battery pack which is attachable to and detachable from the casing, and capable of supplying power to the electric motor; a casing-side connection terminal which is provided to the casing and connectable to a battery-side connection terminal provided to the battery pack; a protective bracket (50, 50', 50") which is capable of being secured to the casing while being in engagement with the battery pack, which is capable of preventing theft of the battery pack, characterized in that the protective bracket (50, 50', 50") keeps the casing-side connection terminal and the battery-side connection terminal at a distance from each other to prevent contact between the casing-side and battery-side connection terminals (21, 43). a casing which houses an electric motor; a work unit which is driven by the electric motor and extends from the casing; a battery pack which is attachable to and detachable from the casing, and capable of supplying power to the electric motor; a casing-side connection terminal which is provided to the casing and connectable to a battery-side connection terminal provided to the battery pack; a protective bracket (50, 50', 50") which is capable of being secured to the casing while being in engagement with the battery pack, which is capable of preventing theft of the battery pack, characterized in that the protective bracket (50, 50', 50") keeps the casing-side connection terminal and the battery-side connection terminal at a distance from each other to prevent contact between the casing-side and battery-side connection terminals (21, 43).
An electrical power subsystem for connection to a power grid, the electrical power subsystem comprising: a generator comprising a generator stator and a generator rotor; a power converter electrically coupled to the generator, the power converter comprising: a plurality of rotor-side converters electrically coupled in parallel; a line-side converter; and a regulated DC link electrically coupling the plurality of rotor-side converters and the line-side converter; a stator power path for providing power from the generator stator to the power grid; magnetically coupled inductors electrically coupled between the generator rotor and each of the plurality of rotor-side converters; a converter power path for providing power from the generator rotor through the power converter to the power grid; and a partial power transformer provided on the converter power path. a generator comprising a generator stator and a generator rotor; a power converter electrically coupled to the generator, the power converter comprising: a plurality of rotor-side converters electrically coupled in parallel; a line-side converter; and a regulated DC link electrically coupling the plurality of rotor-side converters and the line-side converter; a plurality of rotor-side converters electrically coupled in parallel; a line-side converter; and a regulated DC link electrically coupling the plurality of rotor-side converters and the line-side converter; a stator power path for providing power from the generator stator to the power grid; magnetically coupled inductors electrically coupled between the generator rotor and each of the plurality of rotor-side converters; a converter power path for providing power from the generator rotor through the power converter to the power grid; and a partial power transformer provided on the converter power path.
Trailer coupling for a motor vehicle with a coupling arm, wherein the coupling arm is mounted for linear and/or pivotable movement on a holder which is or may be attached to the motor vehicle with the aid of a bearing between a position of use and an inoperative position, wherein the coupling arm in the position of use extends further back beyond a rear section of the motor vehicle for attaching a trailer or mounting a load carrier than in the inoperative position provided for when the coupling arm is not in use, wherein the bearing has a holder bearing location provided on the holder and a coupling arm bearing element carrying the coupling arm and mounted pivotably on the holder bearing location around a swivel axis and/or slidably mounted on a sliding axis, wherein the trailer coupling has a fixing device which in a fixing position fixes the coupling arm immovably relative to the holder, and in a release position releases the coupling arm for adjustment between the position of use and the inoperative position, wherein the fixing device has a fixing drive to actuate the fixing device between the fixing position and the release position, wherein the fixing drive has a drive body to actuate a fixing actuating surface of a fixing body of the fixing device, in order to actuate the fixing body into the fixing position which fixes the coupling arm immovably to the holder, characterised in that a release body is connected to the fixing body with the aid of fastening means, wherein the release body is provided with a release actuating surface for adjusting the fixing body in the direction of the release position provided for movement of the coupling arm relative to the holder.
A computer-implemented method of detecting objects located in an environment around a host object, comprising the steps of: (a) obtaining at least one 2D image of the scene from an image capture device fitted to the host object, (b) generating a set of particles that each comprise a set of parameters that define the state of at least one object that may be present in the scene, (c) calculating an edge strength and edge direction for each pixel of the captured 2D image; the method being characterised by, for each particle in the set: (d) generating a 3D probabilistic model of the object that is associated with the particle, the model defining a set of edges of the object, each edge in the model defined by at least one likelihood function defining a probabilistic distribution of at least one characteristic of the edge; (e) mapping the likelihood functions of the probabilistic model into the 2D plane of the captured image as a function of the parameters of the particle; and (f) processing the edge strength and edge direction values produced in step (c) with the probability values mapped in step (e) to determine the likelihood that the particle defines the state of an object present in the environment. (a) obtaining at least one 2D image of the scene from an image capture device fitted to the host object, (b) generating a set of particles that each comprise a set of parameters that define the state of at least one object that may be present in the scene, (c) calculating an edge strength and edge direction for each pixel of the captured 2D image; the method being characterised by, (d) generating a 3D probabilistic model of the object that is associated with the particle, the model defining a set of edges of the object, each edge in the model defined by at least one likelihood function defining a probabilistic distribution of at least one characteristic of the edge; (e) mapping the likelihood functions of the probabilistic model into the 2D plane of the captured image as a function of the parameters of the particle; and (f) processing the edge strength and edge direction values produced in step (c) with the probability values mapped in step (e) to determine the likelihood that the particle defines the state of an object present in the environment.
Method for obtaining an address of a subscription data management server of an operator arranged in order to make it possible to download a network access profile for a security module fitted to a mobile equipment, said method comprising: - the security module sending, after the provision by a user of the mobile equipment to said operator, and then the transmission to a subscription data management server of said operator of an identifier of the security module on a date (d s) on which a subscription is taken out with said operator, a request for the address of a subscription data management server of the operator to a second server, said request comprising a current anonymous identifier (ID c), calculated by the security module as a function of its identifier and of a current date (d c), said second server being in charge of searching for said current anonymous identifier in at least one set of anonymized identification values, said set being associated with an operator and comprising, for a given security module, a plurality of anonymized identification values, one of said anonymized identification values being calculated as a function of the identifier of the security module and of a date varying within a time range between an initial date (ds), representative of the date on which the subscription is taken out with the operator, and a final date (df), representative of the end of the validity of the network access profile associated with the subscription taken out - the security module receiving, from the second server, the address of the subscription data management server of the operator. - the security module sending, after the provision by a user of the mobile equipment to said operator, and then the transmission to a subscription data management server of said operator of an identifier of the security module on a date (d s) on which a subscription is taken out with said operator, a request for the address of a subscription data management server of the operator to a second server, said request comprising a current anonymous identifier (ID c), calculated by the security module as a function of its identifier and of a current date (d c), said second server being in charge of searching for said current anonymous identifier in at least one set of anonymized identification values, said set being associated with an operator and comprising, for a given security module, a plurality of anonymized identification values, one of said anonymized identification values being calculated as a function of the identifier of the security module and of a date varying within a time range between an initial date (ds), representative of the date on which the subscription is taken out with the operator, and a final date (df), representative of the end of the validity of the network access profile associated with the subscription taken out - the security module receiving, from the second server, the address of the subscription data management server of the operator.
A current sensor comprising: a magnetic circuit that is to be formed around a primary conductor in which a primary current being a sensing target flows; a probe coil disposed on the magnetic circuit; a secondary winding (30a, 40a) that generates, in the magnetic circuit, a magnetic field in a direction opposite to a direction of a magnetic field generated by the flow of the primary current; a sensing circuit that outputs a sensing signal according to the primary current based on a secondary current of the secondary winding (30a, 40a) as required to eliminate a current output from the probe coil; and a plurality of core components (20, 21) that have magnetism, and in a combined state, form the magnetic circuit by partial portions of the core components being in contact with each other, the core components having other portions that form an air gap where to dispose the probe coil on the magnetic circuit and are in non-contact with each other characterized in that a press-joining means (70, 75) that generates force press-joining the plurality of core components (20, 21) with each other, at the portions where the core components (20, 21) are in contact with each other, wherein the plurality of core components (20, 21) include plate-shaped portions overlapping with each other in the combined state, and wherein the press-joining means (70, 75) applies external force tightly sandwiching the plate-shaped portions in an overlapping direction to achieve the press joining. a magnetic circuit that is to be formed around a primary conductor in which a primary current being a sensing target flows; a probe coil disposed on the magnetic circuit; a secondary winding (30a, 40a) that generates, in the magnetic circuit, a magnetic field in a direction opposite to a direction of a magnetic field generated by the flow of the primary current; a sensing circuit that outputs a sensing signal according to the primary current based on a secondary current of the secondary winding (30a, 40a) as required to eliminate a current output from the probe coil; and a plurality of core components (20, 21) that have magnetism, and in a combined state, form the magnetic circuit by partial portions of the core components being in contact with each other, the core components having other portions that form an air gap where to dispose the probe coil on the magnetic circuit and are in non-contact with each other characterized in that a press-joining means (70, 75) that generates force press-joining the plurality of core components (20, 21) with each other, at the portions where the core components (20, 21) are in contact with each other, wherein the plurality of core components (20, 21) include plate-shaped portions overlapping with each other in the combined state, and wherein the press-joining means (70, 75) applies external force tightly sandwiching the plate-shaped portions in an overlapping direction to achieve the press joining.
Mill with a motor-driven grinding container and therein freely movable grinding bodies, whereby the grinding container is approximately cuboid formed and is movable in two dimensions by the drive system with a drive shaft of the mill, characterized in that the grinding container is provided with a trunnion secured on its ground, which is pivoted on the outer end of a rotating arm, whereas the rotating arm is secured on the drive shaft on its other end and is rotating around the axis of the drive shaft, whereby this axis is situated in a vertical plane, and the grinding container is moveable outside of this axis on an orbit in a horizontal plane while he is unrotatable on his central axis, as he is rotating relatively to the rotating arm with the same rotational speed (ωB=ωA), but in opposite direction of rotation like the rotating arm.
Chip for embedding in a communication system, wherein the chip is configured to produce a message by carrying out the following steps: reading at least one body object, which denotes a general type of the message, from one or more internal or external memory unit(s); reading at least one message content, which is specific to the message, from a data structure; characterized by the producing of the message in a communication buffer memory, which comprises combining, by means of a serialization unit, the at least one body object and the message content in accordance with one or more rule(s), wherein the producing of the message comprises establishing that an appropriate communication channel is ready to transmit the message or a portion (13a, 13b) thereof. reading at least one body object, which denotes a general type of the message, from one or more internal or external memory unit(s); reading at least one message content, which is specific to the message, from a data structure; characterized by the producing of the message in a communication buffer memory, which comprises combining, by means of a serialization unit, the at least one body object and the message content in accordance with one or more rule(s), wherein the producing of the message comprises establishing that an appropriate communication channel is ready to transmit the message or a portion (13a, 13b) thereof.