mhurhangee/ep-ind-claims huggingface dataset:
Warehouse truck comprising, a lifting device, an electricity consuming drive motor, an electricity consuming hydraulic pump motor, wherein the truck further comprises a battery arranged to supply at least one of the electricity consuming motors (62, 63), wherein the ware house truck is provided with an electric truck contact in direct connection to or on the battery, wherein the electric truck contact is arranged to take part in the switching between three battery modes, completely disconnected battery, battery connected for charging, and operating mode for the truck, characterized in that the truck contact comprises a first group of guide means (26, 27, 28a, 28b) that is intended for cooperation with a second group of guide means (19a, 19b, 19c, 19d) on a truck charging contact and a third group of guide means (9a, 9b) on a truck operation clamp, wherein the first and the second and the third group of guide means (26, 27) provide for that the truck contact and the truck charging contact, and the truck operation clamp, only can be connected in a predetermined position, further the truck contact comprises three contact elements (21a, 21b, 21c), preferably in the form of three contact holes (21a, 21b, 21c), and the truck contact comprises a notch, wherein said notch grows into a spiral shaped notch with a predetermined pitch, wherein said notch is arranged to be able to be associated with a protrusion (15a, 15b) on the truck charging contact or with a protrusion (6a, 6b) on the truck operation clamp, which results in that the respective contact hole (21a, 21b; 21b, 21c) engages with connection pin or pins (16a, 16b), on the truck charging contact or connection pin or pins (3, 4), on the operation clamp to a fully connected position when this protrusion (6a, 6b; 15a, 15b) completes its movement in said spiral shaped notch and by doing this driving in respective connection pin (3, 4; 16a, 16b) for connection of the truck charging contact and the operation clamp respectively, wherein the spiral shaped notch has an extension and a pitch arranged such that connection and disconnection of respective connection pin (3, 4; 16a, 16b) to and from fully connected position, is delayed compared with a linear connection and disconnection respectively with a lack of guiding by the protrusions (6a, 6b; 15a, 15b) in the notch. completely disconnected battery, battery connected for charging, and operating mode for the truck,
A micro glass sphere retroreflective sheeting provided with at least two adjacent set images (L1, L2, L3) each of which is formed by a set of a large number of point images (P, P1,P2) each having a visual direction so as to be visible from a predetermined direction, wherein a visible region of each of the point images forming the set images (L1, L2, L3) has a conical dimension having an apex at each of the point images, an inclination angle (β) of a center axis of the visible region of each of the point images (P, P1, P2) forming the set images is set to 0 to 45 degrees, characterized in that a difference (Δβ) between the inclination angles of the center axes in the visible regions of the point images respectively in the set images adjacent to each other is set to range of between 5 and 25 degrees.
A nonwoven fabric having a layered structure in which at least one ultrafine fiber layer with a mean fiber size of 0.3 μm to 7 μm is integrated with at least one continuous long fiber layer with a mean fiber size of 10 μm to 30 μm, characterized in that the bonding area ratio between the ultrafine fiber layer and the continuous long fiber layer is 45% to 80%.
A method, comprising: - a relay node receiving, from a network node of a network and via a wireless link, at least one first control message (2011, 2032) indicative of a remote node and of timing information (350, 351, 352), and - the relay node transmitting, to the remote node, at least one second control message in accordance with the timing information (350, 351, 352), each one of the at least one second control message being indicative of the network paging the remote node. - a relay node receiving, from a network node of a network and via a wireless link, at least one first control message (2011, 2032) indicative of a remote node and of timing information (350, 351, 352), and - the relay node transmitting, to the remote node, at least one second control message in accordance with the timing information (350, 351, 352), each one of the at least one second control message being indicative of the network paging the remote node.
System-on-chip including a memory circuit (CT_MEM) comprising a first memory region (MEM_S) accessible with a first level of access rights and a second memory region (MEM_NS) accessible with the first level of access rights or a second level of access rights, at least one first peripheral device (PER_S) having the first level of access rights, at least one second peripheral device (PER_NS) having the second level of access rights, and a direct memory access circuit (CT_DMA) capable of generating direct memory accesses (DMA_S, DMA_NS), wherein the direct memory access circuit (CT_DMA) includes at least one first direct memory access controller (CTRL_S) having the first level of access rights and at least one second direct memory access controller (CTRL_NS) having the second level of access rights, the system-on-chip including a routing circuit (CT_RTG) configured to physically couple said at least one first peripheral device (PER_S) with said at least one first controller (CTRL_S) and to physically couple said at least one second device (PER_NS) with said at least one second controller (CTRL_NS), further comprising at least one third peripheral device (PER_SNS) capable of having a level of access rights that is dynamically assigned between the first level of access rights and the second level of access rights, and a level of access rights management system (CT_SNS) configured to assign the level of access rights to at least one third peripheral device (PER_SNS), wherein said routing circuit (CT_RTG) comprises switching means (SW_SNS) configured to physically couple said at least one third peripheral device (PER_SNS) with said at least one first controller (CTRL_S) when the first level of access rights is assigned to the third peripheral device (PER_SNS), and to physically couple said at least one third peripheral device (PER_SNS) with said at least one second controller (CTRL_NS) when the second level of access rights is assigned to the third peripheral device (PER_SNS).
A method of delivering an alert from an aircraft to a search and rescue system, comprising: receiving the alert by a receiver in an aircraft tracking system from the aircraft via a communications satellite, wherein the alert comprises identification information identifying the aircraft and position information identifying a position of the aircraft; in response to receiving the alert, generating an emulated distress radio beacon signal by a formatter in the aircraft tracking system, the emulated distress radio beacon signal comprising the identification information and the position information in a format of a signal generated by a distress radio beacon; broadcasting the emulated distress radio beacon signal by a transmitter in the aircraft tracking system from a location other than the aircraft as an emulated distress radio beacon transmission that is configured to be received and processed by the search and rescue system; and sending registration information to the search and rescue system before broadcasting the emulated distress radio beacon signal, wherein the registration information indicates that an apparent distress radio beacon transmission that identifies the aircraft is the emulated distress radio beacon transmission. receiving the alert by a receiver in an aircraft tracking system from the aircraft via a communications satellite, wherein the alert comprises identification information identifying the aircraft and position information identifying a position of the aircraft; in response to receiving the alert, generating an emulated distress radio beacon signal by a formatter in the aircraft tracking system, the emulated distress radio beacon signal comprising the identification information and the position information in a format of a signal generated by a distress radio beacon; broadcasting the emulated distress radio beacon signal by a transmitter in the aircraft tracking system from a location other than the aircraft as an emulated distress radio beacon transmission that is configured to be received and processed by the search and rescue system; and sending registration information to the search and rescue system before broadcasting the emulated distress radio beacon signal, wherein the registration information indicates that an apparent distress radio beacon transmission that identifies the aircraft is the emulated distress radio beacon transmission.
Monofilament for the production of a superconducting wire, comprising - a powder core that contains at least Sn and Cu, - an inner tube that encloses the powder core, wherein the inner tube is made of Nb or of an alloy containing Nb, - an outer tube in which the inner tube is arranged, wherein the outer side of the inner tube is in contact with the inner side of the outer tube, and - a cladding tube in which the outer tube is arranged, wherein the inner tube has a round inner cross-section and a round outer cross-section and the outer tube has a round inner cross-section and a round outer cross-section, characterized in that the following applies: 4 ≤ W outertube / W innertube ≤ 50 with W outertube: Wall thickness outer tube and W innertube: Wall thickness inner tube, and that the outer tube is produced of Nb or an alloy containing Nb. - a powder core that contains at least Sn and Cu, - an inner tube that encloses the powder core, wherein the inner tube is made of Nb or of an alloy containing Nb, - an outer tube in which the inner tube is arranged, wherein the outer side of the inner tube is in contact with the inner side of the outer tube, and - a cladding tube in which the outer tube is arranged, wherein the inner tube has a round inner cross-section and a round outer cross-section and the outer tube has a round inner cross-section and a round outer cross-section,
Battery, in particular for motor vehicles, comprising a battery box divided into cells, electrode plates arranged in the cells, an electrolyte liquid which surrounds the electrode plates, and a device for thoroughly mixing the electrolyte liquid in the cells, the device comprising a partition which forms a flow path that is isolated from the electrode plates and fluidically connects an upper region to a lower region of the cell, the partition comprising in the upper region a flap that preferably extends over the entire width of the partition and defines, together with neighbouring inner walls of the battery box, part of the flow path, the flap being connected to the partition by means of a film hinge, characterised in that, with respect to the inner walls of the battery box, the flap forms a type of funnel for receiving sloshing electrolyte liquid.
Polyurethane which contains, as a comonomer, a polyurea comprising at least two terminal isocyanate groups from the guanidinium compound of formula wherein independently of one another, R 1, R 2, R 3, R 4 = H, [-C(= + NH 2)-NHR 5 + X -], or an organic functional group, R 5 = H or an organic functional group and X - = anion; and a diisocyanate compound of formula O=C=N-R 6 -N=C=O wherein R 6 = an organic functional group that comprises 1-40 carbon atoms, wherein the polyurea is present in the polyurethane in an amount of from 20 to 65 wt.%.
A compacting drum (4, 5) comprising an eccentric assembly for oscillating the compacting drum of a compacting machine, the eccentric assembly comprising: a central disk rotatably mounted to the compacting drum (4, 5) to have an axis disposed in juxtaposition with an axis of the compacting drum, and configured to be rotatably driven by a motor; and a pair of opposed eccentric shafts, each axis of which is disposed equidistantly from the center of the axis of the central disk, the eccentric shafts being rotatably mounted to the compacting drum (4, 5) such that the three axes of the central disk and the eccentric shafts are in the same plane; characterized in that the eccentric assembly further comprises: a yoke disposed between the central disk and the two eccentric shafts in such a manner as to be connected to the central disk and the two eccentric shafts, respectively, by means of three connecting members (45, 46, 47), wherein one end of each of the connecting members is rotatably coupled to different positions of the yoke, and the other end thereof is fixed to a corresponding one of the central disk and the two eccentric shafts such that the two eccentric shafts rotate synchronously by the rotation of the central disk. a central disk rotatably mounted to the compacting drum (4, 5) to have an axis disposed in juxtaposition with an axis of the compacting drum, and configured to be rotatably driven by a motor; and a pair of opposed eccentric shafts, each axis of which is disposed equidistantly from the center of the axis of the central disk, the eccentric shafts being rotatably mounted to the compacting drum (4, 5) such that the three axes of the central disk and the eccentric shafts are in the same plane; characterized in that the eccentric assembly further comprises: a yoke disposed between the central disk and the two eccentric shafts in such a manner as to be connected to the central disk and the two eccentric shafts, respectively, by means of three connecting members (45, 46, 47), wherein one end of each of the connecting members is rotatably coupled to different positions of the yoke, and the other end thereof is fixed to a corresponding one of the central disk and the two eccentric shafts such that the two eccentric shafts rotate synchronously by the rotation of the central disk.
A line light irradiation device comprising: an integrally molded casing having a bottom wall part extending in a longitudinal direction and a pair of side wall parts (22,23) extending upward from both sides in the longitudinal direction of the bottom wall part; a LED substrate provided on the bottom wall part of the casing; a rod-shaped lens provided above the LED substrate along the longitudinal direction inside the casing; and a fixing mechanism for fixing the lens to the pair of side wall parts (22,23), wherein the fixing mechanism comprises: an upward surface provided along the longitudinal direction in an inner surface of each of the side wall parts (22,23); a downward surface provided along the longitudinal direction in each side peripheral surface of the lens; a concave groove provided along the longitudinal direction above the upward surface in the inner surface of each of the side wall parts (22,23); and an elastic body detachably provided in the concave groove and fitting into the concave groove to be in contact with the side peripheral surface of the lens in a state that the downward surface is in contact with the upward surface to thereby press the downward surface to the upward surface, characterized in that the line light irradiation device is configured so that the elastic body is fit into the concave groove by pressing in the elastic body from an upper opening of the casing. an integrally molded casing having a bottom wall part extending in a longitudinal direction and a pair of side wall parts (22,23) extending upward from both sides in the longitudinal direction of the bottom wall part; a LED substrate provided on the bottom wall part of the casing; a rod-shaped lens provided above the LED substrate along the longitudinal direction inside the casing; and a fixing mechanism for fixing the lens to the pair of side wall parts (22,23), an upward surface provided along the longitudinal direction in an inner surface of each of the side wall parts (22,23); a downward surface provided along the longitudinal direction in each side peripheral surface of the lens; a concave groove provided along the longitudinal direction above the upward surface in the inner surface of each of the side wall parts (22,23); and an elastic body detachably provided in the concave groove and fitting into the concave groove to be in contact with the side peripheral surface of the lens in a state that the downward surface is in contact with the upward surface to thereby press the downward surface to the upward surface,
A cutting system for cutting around undesired objects within food products while the food products are conveyed by a conveyor means, comprising: • an arc-shaped system, • a cutting means adapted to be connected to said arc-shaped system, said arc-shaped system being adapted to be positioned above the conveyor surface on which said food products are resting during said cutting such that the center of said arc-shaped system is substantially at or around said conveyor surface, and • a control unit for operating the position of said cutting means within said arc-shaped system based on image data, a moving mechanism connected to said arc-shaped system for moving said arc-shaped system across said conveyor and perpendicular to the conveying direction of said food products wherein said image data is further utilized in operating the position of said arc-shaped system during cutting. • an arc-shaped system, • a cutting means adapted to be connected to said arc-shaped system, said arc-shaped system being adapted to be positioned above the conveyor surface on which said food products are resting during said cutting such that the center of said arc-shaped system is substantially at or around said conveyor surface, and • a control unit for operating the position of said cutting means within said arc-shaped system based on image data,
An adapter assembly, comprising: an outer tube having a proximal end portion and a distal end portion, the distal end portion configured to couple to a surgical loading unit; an articulation assembly including a gimbal supported in the outer tube adjacent to the distal end portion of the outer tube; and a plurality of pairs of threaded sleeves (246, 248) supported in the outer tube adjacent to the proximal end portion of the outer tube, each of the plurality of threaded sleeves is coupled to the gimbal by at least one cable, at least two of the pairs of threaded sleeves being movable to translate at least two cables and articulate the gimbal, wherein the surgical loading unit omni-directionally articulates with the gimbal while the surgical loading unit is coupled to the distal end portion of the outer tube. an outer tube having a proximal end portion and a distal end portion, the distal end portion configured to couple to a surgical loading unit; an articulation assembly including a gimbal supported in the outer tube adjacent to the distal end portion of the outer tube; and a plurality of pairs of threaded sleeves (246, 248) supported in the outer tube adjacent to the proximal end portion of the outer tube, each of the plurality of threaded sleeves is coupled to the gimbal by at least one cable, at least two of the pairs of threaded sleeves being movable to translate at least two cables and articulate the gimbal, wherein the surgical loading unit omni-directionally articulates with the gimbal while the surgical loading unit is coupled to the distal end portion of the outer tube.
An electrolyte for a lithium metal battery, the electrolyte comprising: a non-fluorine substituted ether, which is capable of solvating lithium ions, a fluorine substituted ether represented by Formula 1, and a lithium salt, wherein the amount of the fluorine substituted ether represented by Formula 1 is greater than an amount of the non-fluorine substituted ether, and wherein the non-fluorine substituted ether is a glyme-based solvent, Formula 1 R-{O a}b-CH2-O-CnF2nH wherein R is -CmF2mH or -CmF2m+1, n is an integer of 2 or greater, m is an integer of 1 or greater, a is an integer of 1 or 2, and b is 0 or 1. a non-fluorine substituted ether, which is capable of solvating lithium ions, a fluorine substituted ether represented by Formula 1, and a lithium salt, wherein the amount of the fluorine substituted ether represented by Formula 1 is greater than an amount of the non-fluorine substituted ether, and wherein the non-fluorine substituted ether is a glyme-based solvent, Formula 1 R-{O a}b-CH2-O-CnF2nH wherein R is -CmF2mH or -CmF2m+1, n is an integer of 2 or greater, m is an integer of 1 or greater, a is an integer of 1 or 2, and b is 0 or 1.
A process consisting in providing a protein composition, and then: a) in heating said composition to a temperature of between 100°C and 160°C, in a period of time of between 0.1 and 1 second, b) in cooling said composition between 50°C and 80°C, the pH of the protein composition being adjusted to a value of between 6.2 and 9 before or during or after one of the 2 steps a) and b) mentioned above, the pH adjustment being carried out by adding lime to said composition. a) in heating said composition to a temperature of between 100°C and 160°C, in a period of time of between 0.1 and 1 second, b) in cooling said composition between 50°C and 80°C, the pH of the protein composition being adjusted to a value of between 6.2 and 9 before or during or after one of the 2 steps a) and b) mentioned above, the pH adjustment being carried out by adding lime to said composition.
A liquid feeding device that feeds liquid through a feeding system to a predetermined mechanism, the liquid feeding device comprising dissolved gas processing means that processes dissolved gas in said liquid, said dissolved gas processing means including: a gas control filter (203, 603) provided in said feeding system, the gas control filter is adapted to control the amount of gas dissolved in said liquid by using gas pressure acting on the gas control filter; a pressure control tank (204, 604) functioning as a buffer which is adapted to control the gas pressure acting on said gas control filter; gas pressure changing means (206, 606) that is adapted to change gas pressure in said pressure control tank; gas pressure measuring means (205, 605) that is adapted to measure gas pressure variation in said pressure control tank, the gas pressure variation being caused based on the gas pressure change by said gas pressure changing means and the control of the amount of gas dissolved in said liquid by said gas control filter; and gas control filter exchange suggesting means that is adapted to suggest time of exchange of said gas control filter has come when a gradient of the gas pressure variation in said pressure control tank obtained from a result of measurement of the gas pressure variation by said gas pressure measuring means becomes the same as or lower than a predetermined threshold. a gas control filter (203, 603) provided in said feeding system, the gas control filter is adapted to control the amount of gas dissolved in said liquid by using gas pressure acting on the gas control filter; a pressure control tank (204, 604) functioning as a buffer which is adapted to control the gas pressure acting on said gas control filter; gas pressure changing means (206, 606) that is adapted to change gas pressure in said pressure control tank; gas pressure measuring means (205, 605) that is adapted to measure gas pressure variation in said pressure control tank, the gas pressure variation being caused based on the gas pressure change by said gas pressure changing means and the control of the amount of gas dissolved in said liquid by said gas control filter; and gas control filter exchange suggesting means that is adapted to suggest time of exchange of said gas control filter has come when a gradient of the gas pressure variation in said pressure control tank obtained from a result of measurement of the gas pressure variation by said gas pressure measuring means becomes the same as or lower than a predetermined threshold.