mhurhangee/ep-ind-claims huggingface dataset:
A vehicle diagnostic data storage system, comprising: at least one controller; and at least one memory device (412, 414, 416) configured to be coupled to the at least one controller, wherein the at least one memory device (412, 414, 416) is attached to an electrical energy storage device configured to provide power to a vehicle, and wherein the electrical energy storage device with the at least one memory device (412, 414, 416) attached is removable from the vehicle, and characterised in that the controller is configured to: receive diagnostic data regarding the vehicle; and store at least some of the diagnostic data in the memory device (412, 414, 416), wherein the diagnostic data regarding the vehicle at least includes data regarding condition or status of a vehicle system of the vehicle other than the electrical energy storage device. at least one controller; and at least one memory device (412, 414, 416) configured to be coupled to the at least one controller, wherein the at least one memory device (412, 414, 416) is attached to an electrical energy storage device configured to provide power to a vehicle, and wherein the electrical energy storage device with the at least one memory device (412, 414, 416) attached is removable from the vehicle, and characterised in that the controller is configured to: receive diagnostic data regarding the vehicle; and store at least some of the diagnostic data in the memory device (412, 414, 416), wherein the diagnostic data regarding the vehicle at least includes data regarding condition or status of a vehicle system of the vehicle other than the electrical energy storage device. receive diagnostic data regarding the vehicle; and store at least some of the diagnostic data in the memory device (412, 414, 416), wherein the diagnostic data regarding the vehicle at least includes data regarding condition or status of a vehicle system of the vehicle other than the electrical energy storage device.
Moisture sorbing composition comprising an ethylene glycol dimethacrylate and a metal perchlorate, characterized in that the composition further comprises a polymerization initiator and in that the ethylene glycol dimethacrylate amount is comprised between 60 and 90 weight percent, the metal perchlorate amount is between 1 and 40 weight percent and the polymerization initiator amount is between 0.1 and 2.0 weight percent with respect the total weight of the composition.
Inkjet cartridge, comprising an inner volume for holding ink, defined by inner walls (19, 20, 21, 22, 23, 24); a pressure bag, in the inner volume, comprising a film (45, 46) for containing air; and a channel arranged in one of the inner volume-defining walls, characterized in that a channel mouth opens into a substantially planar inner surface of the wall and into the pressure bag, for transporting air between the inside of the bag and an exterior of the cartridge, wherein a bag film portion is attached directly to the substantially planar inner surface of the wall, around the channel mouth, the attached bag film portion extending parallel to the substantially planar inner surface.
Method for the in-line processing of liquid or pasty or semi-liquid media, or media comprising solid elements in a liquid base, in a pipeline transporting the medium between two steps of an installation, by direct injection into the pipeline of a cryogenic fluid, characterised in that it is used to achieve the injection in the pipeline, an injection device comprising a hollow cylindrical body wherein a valve is inserted forced by a spring, said injection device comprising at least one extending duct substantially parallel to the said valve intended to be supplied with pressurised cryogenic fluid, an end of the said extending duct being connected to the cryogenic fluid supply system and the opposite end leading to the base of the valve.
A method, performed by a sending node (120; 110), for sending information to a receiving node (110; 120), said nodes being comprised in a wireless communication network and communication between said nodes being associated with a first cell of the wireless communication network, wherein the method comprises: - obtaining (601; 701) predefined scrambling for scrambling the information, which predefined scrambling is specific for the first cell and comprises a sequence of predefined scrambling values, and - sending (605; 702), to the receiving node (110; 120), the information repeatedly a certain number of times, wherein each time the information is sent it is scrambled differently by a scrambling value of the sequence determined by an identifier associated with the information being sent and the identifier being one or more of the following: a frame number, a Time Division Multiple Access, "TDMA" frame number, a timeslot number of a frame, a timeslot number of a TDMA frame. - obtaining (601; 701) predefined scrambling for scrambling the information, which predefined scrambling is specific for the first cell and comprises a sequence of predefined scrambling values, and - sending (605; 702), to the receiving node (110; 120), the information repeatedly a certain number of times, wherein each time the information is sent it is scrambled differently by a scrambling value of the sequence determined by an identifier associated with the information being sent and the identifier being one or more of the following: a frame number, a Time Division Multiple Access, "TDMA" frame number, a timeslot number of a frame, a timeslot number of a TDMA frame.
A design method for designing a drill tool for implant surgery for a specific orthopedic implant comprising a circular implant hat and a centrally placed circular extending implant post protruding from the implant hat in a longitudinal y-axis direction of the implant, the drill tool comprising a first central drill part having a first diameter for drilling a recess for the implant post, and a second drill part having a second diameter for drilling a recess for the implant hat, the method comprising: a) selecting the first diameter of the first central drill part to correspond to, or to be slightly smaller than, the diameter of the implant post; b) selecting the length of the first central drill part to correspond to, or to be slightly longer than, the length of the implant post; c) selecting the second diameter of the second drill part to correspond to, or to be slightly smaller than, the diameter of the implant hat; and d) selecting the curvature of one or more shape cutting edges arranged peripherally around the first central drill part to correspond to the curvature of a bone contacting surface of the implant; characterized in that the method further comprises: e) adding one or more sharp pre-cutting edges to extend beyond the one or more shape cutting edges and beyond the curvature of the bone contacting surface of the implant, the one or more sharp pre-cutting edges being arranged for cutting sharply through the cartilage, leaving the cartilage edges nice and even, before drilling the recess in the bone tissue, wherein the at least one shape cutting edge in side view is designed to correspond to the shape of the bone contacting surface of the implant in a cross-sectional view, and wherein the one or more sharp pre-cutting edges extends beyond the bone contacting surface of the implant in a cross-sectional view, wherein the bone contacting surface is substantially flat and comprises a protruding anchoring ring portion, and the one or more sharp pre-cutting edges is designed to extend beyond the edge of the protruding anchoring ring portion. a) selecting the first diameter of the first central drill part to correspond to, or to be slightly smaller than, the diameter of the implant post; b) selecting the length of the first central drill part to correspond to, or to be slightly longer than, the length of the implant post; c) selecting the second diameter of the second drill part to correspond to, or to be slightly smaller than, the diameter of the implant hat; and d) selecting the curvature of one or more shape cutting edges arranged peripherally around the first central drill part to correspond to the curvature of a bone contacting surface of the implant;
A method comprising: receiving, at a device in a network, an indication of an anomalous traffic flow detected by a machine learning node (200, 110) in the network; determining, by the device, an action policy for the anomalous traffic flow, based on an anomaly type or severity associated with the anomalous traffic flow; determining, by the device, a quarantine policy for the anomalous traffic flow, based on the anomaly type or severity associated with the anomalous traffic flow; and providing, by the device, the action and quarantine policies to the node (200, 110); receiving, by the device, packets and associated metadata of the anomalous traffic flow from the node (200, 110), wherein the metadata is indicative of at least one of: the anomaly type, the severity, a packet capture duration, or an indication as to whether the packets were captured proactively by the node (200, 110); indexing and storing, by the device, the received packets and associated metadata of the anomalous traffic flow; receiving, at the device, a query request from a user device for selected data from the indexed packets and metadata of the anomalous traffic flow; and providing, by the device, the selected data of the anomalous traffic flow to the user device for further analysis. receiving, at a device in a network, an indication of an anomalous traffic flow detected by a machine learning node (200, 110) in the network; determining, by the device, an action policy for the anomalous traffic flow, based on an anomaly type or severity associated with the anomalous traffic flow; determining, by the device, a quarantine policy for the anomalous traffic flow, based on the anomaly type or severity associated with the anomalous traffic flow; and providing, by the device, the action and quarantine policies to the node (200, 110); receiving, by the device, packets and associated metadata of the anomalous traffic flow from the node (200, 110), wherein the metadata is indicative of at least one of: the anomaly type, the severity, a packet capture duration, or an indication as to whether the packets were captured proactively by the node (200, 110); indexing and storing, by the device, the received packets and associated metadata of the anomalous traffic flow; receiving, at the device, a query request from a user device for selected data from the indexed packets and metadata of the anomalous traffic flow; and providing, by the device, the selected data of the anomalous traffic flow to the user device for further analysis.
A plastic pallet composed of several parts, comprising: a deck for storing objects to be transported, feet comprising first foot members and second foot members, the first foot members being formed at a deck underside and the second foot members being formed on runners connecting at least two feet with each other, and connecting means for connecting first foot elements to corresponding second foot elements and thus the deck to the runners, wherein the connecting means are reversible and comprise, in at least a selected part of the feet, a respective tab formed on one of the two foot elements (3, 4) and elastically bendable about a bending axis, with a longitudinal axis perpendicular to the bending axis, wherein the tab is connected at a fixed end with respect to its longitudinal axis to the respective foot element (3, 4) and at least one hook is formed at a free end with respect to its longitudinal axis, and wherein the connecting means in the selected part of the feet each comprise a hook receptacle formed at the other one of the two foot elements (4, 3) and being complementary to the hook which receives the hook, whereby the two foot elements (3, 4) are connected at least positively by means of the hook, characterized in that the hook is formed as an extension of the tab along the bending axis and perpendicular to the longitudinal axis, and in that the hook receptacle is configured as a rail-shaped support which has a longitudinal direction perpendicular to the longitudinal axis of the tab and to the bending axis. a deck for storing objects to be transported, feet comprising first foot members and second foot members, the first foot members being formed at a deck underside and the second foot members being formed on runners connecting at least two feet with each other, and connecting means for connecting first foot elements to corresponding second foot elements and thus the deck to the runners, wherein the connecting means are reversible and comprise, in at least a selected part of the feet, a respective tab formed on one of the two foot elements (3, 4) and elastically bendable about a bending axis, with a longitudinal axis perpendicular to the bending axis, wherein the tab is connected at a fixed end with respect to its longitudinal axis to the respective foot element (3, 4) and at least one hook is formed at a free end with respect to its longitudinal axis, and wherein the connecting means in the selected part of the feet each comprise a hook receptacle formed at the other one of the two foot elements (4, 3) and being complementary to the hook which receives the hook, whereby the two foot elements (3, 4) are connected at least positively by means of the hook, characterized in that the hook is formed as an extension of the tab along the bending axis and perpendicular to the longitudinal axis, and in that the hook receptacle is configured as a rail-shaped support which has a longitudinal direction perpendicular to the longitudinal axis of the tab and to the bending axis.
A motorised automatic compaction auger device for the compaction of coffee grounds, for a portafilter having outwardly extending tabs, comprising: an electric auger motor driving an auger head; a female bayonet mechanism for receiving the portafilter, the mechanism having slots for receiving the portafilter tabs; a rotating ring from which extends a bumper for making contact with one of the portafilter tabs; the rotating ring having an activation tab; and an electrical switch that is acted upon when contacted by the activation tab. an electric auger motor driving an auger head; a female bayonet mechanism for receiving the portafilter, the mechanism having slots for receiving the portafilter tabs; a rotating ring from which extends a bumper for making contact with one of the portafilter tabs; the rotating ring having an activation tab; and an electrical switch that is acted upon when contacted by the activation tab.
An electromagnetic dipole antenna, comprising an antenna radiating unit and a metal ground, characterized in that the antenna radiating unit comprises four vertical T-shaped structures and a horizontal structure, wherein the four vertical T-shaped structures and the horizontal structure jointly form an electromagnetic coupling structure; wherein the horizontal structure comprises a horizontal closed plane metal ring structure and a metal conduction band electrically connected to the horizontal closed plane metal ring structure; wherein the metal conduction band comprises an upper metal conduction band and a lower metal conduction band which are both cross-shaped; the lower metal conduction band is electrically connected to the horizontal closed plane metal ring structure, and the upper metal conduction band is electrically connected to the horizontal closed plane metal ring structure through four vias.
A cutting insert, comprising: an upper surface comprising a corner part and a side part adjacent to the corner part; a lower surface located on a side opposite to the upper surface; a side surface located between the upper surface and the lower surface; and a cutting edge located along an intersection part of the upper surface and the side surface, wherein the cutting edge comprises a corner cutting edge located at the corner part, a major cutting edge located at the side part, and a flat cutting edge located between the corner cutting edge and the major cutting edge, wherein the upper surface comprises a land surface located along the cutting edge, and a rake surface located more inward than the land surface, wherein the land surface comprises a first land surface located along the corner cutting edge, a second land surface located along the major cutting edge, and a third land surface located along the flat cutting edge, and wherein a maximum value of a width of the third land surface is smaller than a maximum value of a width (W1, W2) of each of the first land surface and the second land surface in a top view, characterised in that the rake surface comprises a first rake surface located inside the first land surface, a second rake surface located inside the second land surface, and a third rake surface located inside the third land surface, and wherein a maximum value of a rake angle of the first rake surface is larger than a maximum value of a rake angle of each of the second rake surface and the third rake surface. an upper surface comprising a corner part and a side part adjacent to the corner part; a lower surface located on a side opposite to the upper surface; a side surface located between the upper surface and the lower surface; and a cutting edge located along an intersection part of the upper surface and the side surface, wherein the cutting edge comprises a corner cutting edge located at the corner part, a major cutting edge located at the side part, and a flat cutting edge located between the corner cutting edge and the major cutting edge, wherein the upper surface comprises a land surface located along the cutting edge, and a rake surface located more inward than the land surface, wherein the land surface comprises a first land surface located along the corner cutting edge, a second land surface located along the major cutting edge, and a third land surface located along the flat cutting edge, and wherein a maximum value of a width of the third land surface is smaller than a maximum value of a width (W1, W2) of each of the first land surface and the second land surface in a top view, characterised in that the rake surface comprises a first rake surface located inside the first land surface, a second rake surface located inside the second land surface, and a third rake surface located inside the third land surface, and wherein a maximum value of a rake angle of the first rake surface is larger than a maximum value of a rake angle of each of the second rake surface and the third rake surface.
A rectifier assembly, comprising: a terminal (134,136,138) arranged along an assembly axis; a mounting ring (124,128) axially offset from the terminal and seating a diode; a bus bar (110,112,114) received within the mounting ring and electrically connecting the diode to the terminal through the bus bar; and a mounting ring insulator (126,130) receiving the bus bar and axially offset from the mounting ring, wherein the mounting ring insulator contains an insert, wherein the insert fixing the bus bar to the mounting ring insulator and compressively fixes the diode within the mounting ring; characterized in that the insert defines an intermediate annulus with a female threaded body arranged therein; the mounting ring insulator (126,130) has a radially innermost outer surface and a radially outermost inner surface; and the mounting ring insulator (126,130) is injection molded about the insert so that the insert is contained between the radially innermost outer surface and the radially outermost inner surface. a terminal (134,136,138) arranged along an assembly axis; a mounting ring (124,128) axially offset from the terminal and seating a diode; a bus bar (110,112,114) received within the mounting ring and electrically connecting the diode to the terminal through the bus bar; and a mounting ring insulator (126,130) receiving the bus bar and axially offset from the mounting ring, wherein the mounting ring insulator contains an insert, wherein the insert fixing the bus bar to the mounting ring insulator and compressively fixes the diode within the mounting ring; characterized in that the insert defines an intermediate annulus with a female threaded body arranged therein; the mounting ring insulator (126,130) has a radially innermost outer surface and a radially outermost inner surface; and the mounting ring insulator (126,130) is injection molded about the insert so that the insert is contained between the radially innermost outer surface and the radially outermost inner surface.
Ceramic inkjet ink comprising a ceramic inorganic pigment, an organic medium and a dispersing agent which is the reaction product of a polyethyleneimine and a 12-hydroxystearic acid and ε-caprolactone co-polyester, wherein said co-polyester contains from 10 to 90% (w/w) of residues derived from 12-hydroxystearic acid, from 10 to 90% (w/w) of residues derived from ε-caprolactone and the total sum to 100% is constituted by no more than 30% (w/w) of residues coming from monocarboxylic acids used as starters of the co-polyester and/or from other hydroxycarboxylic acids or C 6 -C 18 lactones, said ceramic inorganic pigment having average particle size from 0.1 to 0.8 μm.
Retractable assembly for introducing an insertion device used in process measuring technology into a container via a container opening, with a linear guide, which can be fitted on the container in a detachable manner via a mount, with a slide guided along the linear guide, wherein a swivel head is mounted on said slide in such a way that it features at least a first translational range of movement perpendicular to the longitudinal axis of the linear guide along which it can be moved, and in such a way that it features at least a first rotational range of movement around a first axis of rotation perpendicular to the longitudinal axis of the linear guide and perpendicular to the first translational range of movement around which it can be rotated, wherein, in the installed state, the insertion device is guided into the swivel head, wherein a fork is secured on the slide, said fork having a vertical axis which is aligned perpendicular to the longitudinal axis of the linear guide and wherein a pin is arranged on said fork in a manner perpendicular to the longitudinal axis of the linear guide and perpendicular to the vertical axis of the fork, wherein said pin is mounted in a groove of the swivel head and limits the movement of the swivel head along the groove, wherein the fork limits the movement of the swivel head along the pin, wherein the first translational range of movement is parallel to the vertical axis.
A method for transmitting a downlink control channel comprised of at least one control channel element to a user equipment, UE, at a base station in a wireless communication system, the method comprising: allocating a single antenna port for a demodulation reference signal, DM-RS, to the at least one control channel element; and transmitting the downlink control channel to the UE using the DM-RS of the single antenna port, wherein an index of the single antenna port is determined based on a number of control channel elements per resource block. allocating a single antenna port for a demodulation reference signal, DM-RS, to the at least one control channel element; and transmitting the downlink control channel to the UE using the DM-RS of the single antenna port, wherein an index of the single antenna port is determined based on a number of control channel elements per resource block.