mhurhangee/ep-ind-claims huggingface dataset:
A cutting hand tool comprising: a housing; a lower front part connected to the housing at a pivot point and pivotable between a closed upper and an open lower position; a blade slide mounted within the housing, slidable between a front extended and a rear retracted position, with a blade holder and a blade securing means, the blade securing means being connected to said blade slide and pivotable between a vertical closed and a horizontal open position; and a blade; wherein pivoting said lower front part of the housing down into the open lower position provides access to said blade securing means if the blade slide is in the front extended position and pivoting said blade securing means into the horizontal open position provides access to the blade for replacement. a lower front part connected to the housing at a pivot point and pivotable between a closed upper and an open lower position; connected to the housing at a pivot point and pivotable between a closed upper and an open lower position; a blade slide mounted within the housing, slidable between a front extended and a rear retracted position, with a blade holder and a blade securing means, the blade securing means being connected to said blade slide and pivotable between a vertical closed and a horizontal open position; and a blade; mounted within the housing, slidable between a front extended and a rear retracted position, with a blade holder and a blade securing means, the blade securing means being connected to said blade slide and pivotable between a vertical closed and a horizontal open position; and a blade; wherein pivoting said lower front part of the housing down into the open lower position provides access to said blade securing means if the blade slide is in the front extended position and pivoting said blade securing means into the horizontal open position provides access to the blade for replacement.
Apparatus for the thermal testing of electronic devices, including: - a base board coupleable to an electronic driver unit for receiving electrical signals therefrom, - a plurality of test boards arranged on said base board, each said test board configured for receiving at least one device under test in a respective holder and routing thereto electrical signals from said electronic driver unit, characterized in that each said test board includes: - a respective electrically powered heating element for heating the at least one electronic device received thereat, and - an adaptation board interfacing said holder with said base board and routing said electrical signals from said electronic driver unit to said at least one device under test, and in that the apparatus includes elastic elements acting between said test boards and said base board, wherein said elastic elements are configured to retain said at least one device under test between said holder and said adaptation board. - a base board coupleable to an electronic driver unit for receiving electrical signals therefrom, - a plurality of test boards arranged on said base board, each said test board configured for receiving at least one device under test in a respective holder and routing thereto electrical signals from said electronic driver unit, - a respective electrically powered heating element for heating the at least one electronic device received thereat, and - an adaptation board interfacing said holder with said base board and routing said electrical signals from said electronic driver unit to said at least one device under test,
A liquid dispersion comprising: an acyl halide, and a saccharide fatty acid ester (SEFA) containing at least two hydrophobic groups. an acyl halide, and a saccharide fatty acid ester (SEFA) containing at least two hydrophobic groups.
An arrangement (201, 301) for handling one or more tyres (203, 404) simultaneously in storage shelving of a high bay warehouse, where the tyres (203, 404) are brought in and stored and from where the tyres (203, 404) are taken, wherein the arrangement (201, 301) comprises a shelving track (202, 202') and a load handling device (101, 101') arranged to move along the shelving track (202, 202'), which load handling device (101, 101') comprises: - a horizontal longitudinal picking bar having a first end and a second end and which longitudinal picking bar is arranged to handle one or more tyres (203, 404) simultaneously in an axial direction of the tyres (203, 404) when the tyres (203, 404) stand in upright position one after the other so that the longitudinal picking bar is arrangeable to the centre of the tyre (203, 404), and - a rear support arranged to the longitudinal picking bar, characterised in that a size of the rear support is arranged to be adjustable with extension plates in a height direction which is perpendicular to the length direction of the horizontal longitudinal picking bar, so that the rear support can be fitted with the size of the tyres to be handled. - a horizontal longitudinal picking bar having a first end and a second end and which longitudinal picking bar is arranged to handle one or more tyres (203, 404) simultaneously in an axial direction of the tyres (203, 404) when the tyres (203, 404) stand in upright position one after the other so that the longitudinal picking bar is arrangeable to the centre of the tyre (203, 404), and - a rear support arranged to the longitudinal picking bar,
A silicon fusion composition for a solution growth method for forming a silicon carbide single crystal, comprising: silicon, a first metal, scandium (Sc) and aluminum (Al), as represented by the following Formula 1: Si a M1 b Sc c Al d (Formula 1) wherein a is more than 0.5 and less than 0.7, b is more than 0.2 and less than 0.4, c is more than 0.01 and less than 0.1, and d is more than 0.01 and less than 0.05 and the first metal is one or more selected from the group consisting of titanium (Ti), chromium (Cr), vanadium, yttrium, manganese (Mn), iron (Fe), cobalt (Co), boron, cerium (Ce), lanthanum (La) and praseodymium (Pr). silicon, a first metal, scandium (Sc) and aluminum (Al), as represented by the following Formula 1: Si a M1 b Sc c Al d (Formula 1) wherein a is more than 0.5 and less than 0.7, b is more than 0.2 and less than 0.4, c is more than 0.01 and less than 0.1, and d is more than 0.01 and less than 0.05 and the first metal is one or more selected from the group consisting of titanium (Ti), chromium (Cr), vanadium, yttrium, manganese (Mn), iron (Fe), cobalt (Co), boron, cerium (Ce), lanthanum (La) and praseodymium (Pr).
A method for wireless communication at a user equipment, UE, the method being performed by the UE and comprising: identifying that the UE is configured for transmitting a channel state information report to a base station on a configured grant uplink data channel; identifying a first opportunity for transmitting data and the channel state information report on the configured grant uplink data channel; the method being characterized by: determining whether the UE has data to transmit during the first opportunity; transmitting data and the channel state information report on the configured grant uplink data channel during the first opportunity if the UE has data to transmit during the first opportunity; and suppressing transmission of the channel state information report during the first opportunity on the configured grant uplink data channel if the UE does not have data to transmit during the first opportunity. identifying that the UE is configured for transmitting a channel state information report to a base station on a configured grant uplink data channel; identifying a first opportunity for transmitting data and the channel state information report on the configured grant uplink data channel; the method being characterized by: determining whether the UE has data to transmit during the first opportunity; transmitting data and the channel state information report on the configured grant uplink data channel during the first opportunity if the UE has data to transmit during the first opportunity; and suppressing transmission of the channel state information report during the first opportunity on the configured grant uplink data channel if the UE does not have data to transmit during the first opportunity. determining whether the UE has data to transmit during the first opportunity; transmitting data and the channel state information report on the configured grant uplink data channel during the first opportunity if the UE has data to transmit during the first opportunity; and suppressing transmission of the channel state information report during the first opportunity on the configured grant uplink data channel if the UE does not have data to transmit during the first opportunity.
A method comprising: presenting, by an operating system (103, 503) executed by a primary device (100, 500), a single communication interface by which a projection application (105, 505) establishes a first transport between the primary device (100, 500) and a vehicle head unit that facilitates execution of a projection mode in which the projection application provides data including at least a graphical user interface for presentation by the vehicle head unit; transmitting, by the projection application (105, 505) and during execution of the projection mode, the data including at least the graphical user interface via the first transport for presentation by the vehicle head unit; switching, by the operating system (103, 503) and during execution of the projection mode, from the first transport to a second transport between the primary device (100, 500) and the vehicle head unit via which the projection application (105, 505) is able to continue providing the data including at least the graphical user interface for presentation by the vehicle head unit; and transmitting, by the projection application (105, 505) and during execution of the projection mode, the data including at least the graphical user interface via the second transport for presentation by the vehicle head unit. presenting, by an operating system (103, 503) executed by a primary device (100, 500), a single communication interface by which a projection application (105, 505) establishes a first transport between the primary device (100, 500) and a vehicle head unit that facilitates execution of a projection mode in which the projection application provides data including at least a graphical user interface for presentation by the vehicle head unit; transmitting, by the projection application (105, 505) and during execution of the projection mode, the data including at least the graphical user interface via the first transport for presentation by the vehicle head unit; switching, by the operating system (103, 503) and during execution of the projection mode, from the first transport to a second transport between the primary device (100, 500) and the vehicle head unit via which the projection application (105, 505) is able to continue providing the data including at least the graphical user interface for presentation by the vehicle head unit; and transmitting, by the projection application (105, 505) and during execution of the projection mode, the data including at least the graphical user interface via the second transport for presentation by the vehicle head unit.
A method for communication in a wireless system at a subscriber station using one or more clusters of subcarriers, the method comprising: measuring channel performance of at least two subcarriers of the subcarriers used in the wireless system, the subcarriers being organized in a plurality of groups, each group of the plurality of groups having a plurality of clusters, each cluster of the plurality of clusters having a plurality of the subcarriers; providing feedback information pertaining to the plurality of clusters in a group of the plurality of groups used in the wireless system based on the measured channel performance of the at least two subcarriers of the subcarriers, the feedback information being provided on less than all groups of the plurality of groups in the wireless system, the feedback information including a group index (Group ID) for identifying the group of the plurality of groups; and receiving an allocation of the one or more clusters of the subcarriers to be used for data transmission. measuring channel performance of at least two subcarriers of the subcarriers used in the wireless system, the subcarriers being organized in a plurality of groups, each group of the plurality of groups having a plurality of clusters, each cluster of the plurality of clusters having a plurality of the subcarriers; providing feedback information pertaining to the plurality of clusters in a group of the plurality of groups used in the wireless system based on the measured channel performance of the at least two subcarriers of the subcarriers, the feedback information being provided on less than all groups of the plurality of groups in the wireless system, the feedback information including a group index (Group ID) for identifying the group of the plurality of groups; and receiving an allocation of the one or more clusters of the subcarriers to be used for data transmission.
A container for storing a plurality of test strips comprising: a housing having a front housing portion opposing a rear housing portion and a base, wherein the front housing portion has a height H1 and the rear housing portion has a height H2, the housing defines a cavity, wherein H1 < H2, wherein the height difference between heights H1 and H2 defines an angle α, wherein the angle α ranges from about 0 to about 14 degrees; a lid hingedly connected to the rear housing portion having a front lid portion opposing a rear lid portion, wherein the front lid portion has a height H3 and the rear lid portion has a height H4, wherein H3 > H4, wherein the height difference between heights H3 and H4 defines an angle β, wherein angle β ranges from about 0 to about 14 degrees, wherein the housing further comprises, a front grip, wherein the front grip further comprises a front foot that longitudinally protrudes from the housing; and a rear grip, wherein the rear grip comprises a rear foot that longitudinally protrudes from the housing. a housing having a front housing portion opposing a rear housing portion and a base, wherein the front housing portion has a height H1 and the rear housing portion has a height H2, the housing defines a cavity, wherein H1 < H2, wherein the height difference between heights H1 and H2 defines an angle α, wherein the angle α ranges from about 0 to about 14 degrees; a lid hingedly connected to the rear housing portion having a front lid portion opposing a rear lid portion, wherein the front lid portion has a height H3 and the rear lid portion has a height H4, wherein H3 > H4, wherein the height difference between heights H3 and H4 defines an angle β, wherein angle β ranges from about 0 to about 14 degrees, wherein the housing further comprises, a front grip, wherein the front grip further comprises a front foot that longitudinally protrudes from the housing; and a rear grip, wherein the rear grip comprises a rear foot that longitudinally protrudes from the housing.
A packet switched network tester for testing a network using a packet delay variation test profile that has a plurality of different test profile delays for applying to timestamps of all packets received at the tester, the tester being configured to apply a test profile delay defined in the plurality of different test profile delays to a timestamp of a first preceding packet and, for subsequent packets received at the tester, the tester being further configured to: detect a packet; determine whether the test profile delay when applied to the packet would result in a time during which the packet is to be sent being after a time during which all preceding packets are to be sent; if not, send the packet to an output port of the tester and repeat the steps of detecting and determining with subsequent packets; if yes, apply the test profile delay to the timestamp of the packet, send the packet to an output port of the tester and identify the next test profile delay defined in the plurality of different test profile delays; and repeat for the next test profile delay the steps of detecting and determining. detect a packet; determine whether the test profile delay when applied to the packet would result in a time during which the packet is to be sent being after a time during which all preceding packets are to be sent; if not, send the packet to an output port of the tester and repeat the steps of detecting and determining with subsequent packets; if yes, apply the test profile delay to the timestamp of the packet, send the packet to an output port of the tester and identify the next test profile delay defined in the plurality of different test profile delays; and repeat for the next test profile delay the steps of detecting and determining.
A process for recovering from meat trimmings containing fat and protein, a protein composition having a red color, wherein the meat trimmings are obtained from beef, said process comprising the steps of: a) comminuting the meat trimmings in water, b) adding a food grade acid to the comminuted meat trimmings to effect a pH in the range of 3.6 to 4.4 thereby to solubilize the protein, c) after addition of the food grade acid in step b), separating solid fat from solubilized protein, and d) adding a food grade alkali to the solubilized protein to neutralize the acid or to obtain the isoelectric point, and to precipitate the solubilized protein. a) comminuting the meat trimmings in water, b) adding a food grade acid to the comminuted meat trimmings to effect a pH in the range of 3.6 to 4.4 thereby to solubilize the protein, c) after addition of the food grade acid in step b), separating solid fat from solubilized protein, and d) adding a food grade alkali to the solubilized protein to neutralize the acid or to obtain the isoelectric point, and to precipitate the solubilized protein.
Holding device for fastening, to the stern area of a ship, a ship's boat or an additional component to be detachably carried along, comprising: - a plurality of arms (20, 1, 2) with a hook-shaped coupling which is rigidly or detachably connected to the ship's boat or additional component, - a plurality of receiving portions which comprise at least one coupling shaft and are mounted on the stern or an additional part of the ship permanently installed on the stern in such a way that said arms (1,2) are hooked into the coupling shaft by the hook-shaped coupling, and by a rotation of the arm (1, 2) or the receiving portion about the coupling shaft are locked in place when a defined angle of rotation is reached, characterized in that the receiving portions have, in addition to the coupling shaft, a locking device (8,9) which engages in the hook-shaped coupling thus inhibiting the linear movement of each arm (1, 2) once it is arrested. - a plurality of arms (20, 1, 2) with a hook-shaped coupling which is rigidly or detachably connected to the ship's boat or additional component, - a plurality of receiving portions which comprise at least one coupling shaft and are mounted on the stern or an additional part of the ship permanently installed on the stern in such a way that said arms (1,2) are hooked into the coupling shaft by the hook-shaped coupling, and by a rotation of the arm (1, 2) or the receiving portion about the coupling shaft are locked in place when a defined angle of rotation is reached,
A suction device for compacting air of at least one suction unit (10, 10a) for the aerodynamic compaction of fiber material that is routed across a suction zone of a circumferential compacting element (6, 6a) provided with orifices (Ö), and wherein the suction unit (10, 10a) is provided with a suction orifice that is connected to a suction channel integrated in a suction unit as well as to a suction element that is connected at its first end, directly or indirectly, to the suction channel of the suction unit (10, 10a) and includes guides and holding means by means of which the at least one suction unit (10, 10a) is held and includes on a second end a suspension tube that is rigidly connected to the suction element, which opens into a rubber- elastic support element that is in communication by means of a further tube with a central suction channel characterized in that the suspension tube is designed as bipartite and the second section of the suspension tube that opens into the support element is pivotably fastened in a horizontal plane around a pivot axis to the first section of the suspension tube that is fixedly connected to the suction element.
A machine for producing food products (11, 11', 11 ") comprising a supporting structure, a loading portion of a precursor of said food products (11, 11', 11 ") and a moulding station of said food products (11, 11', 11"), characterized in that said moulding station comprises a first and a second (142") plurality of half-moulds opposite each other and movable in succession between a first rest position, in which at least one of said first and second (142") pluralities of half-moulds is not in contact with said precursor, and a preforming position, in which said half-moulds (142', 142") are positioned opposite each other to exert a first forming pressure on said precursor, and between a second rest position, in which at least one of said first and second (142") pluralities of half-moulds is not in contact with said precursor, and a forming position, in which said half-moulds (142', 142") are positioned opposite each other to exert a second forming and cutting pressure on said precursor for producing said food products (11, 11', 11").
A mechanical scribing apparatus comprising a scribing cutter (9; 22) having a cylindrical body tapering at a specified angle and having a flat tip face, a means for conducting mechanical scribing by pressing the scribing cutter (9; 22) with a specified pressure force to a specified position of a surface of a work and for moving the scribing cutter (9; 22) on the surface of the work, a measuring means for measuring a size of the flat tip face of the scribing cutter (9; 22) and a pressure force control means for controlling a force pressing the cutter (9; 22) to the work in accordance with a change in size of the flat tip face of the scribing cutter (9; 22), characterized in that the measuring means is provided with a camera portion for measuring the size of the flat tip face, wherein the pressure force control means is adapted for feedback controlling the force pressing the scribing cutter (9; 22) to the work in accordance with the change in size of the flat tip face as measured by the camera portion.
A method for processing laundry after completion of a drying cycle, the method comprising steps of: maintaining residual fluid such as moisture, water vapor and condensate, within an airflow path of an appliance, wherein the residual fluid results from a primary drying cycle; characterised in that it further comprises the steps of activating a heat pump system and a blower to deliver the residual fluid to a drum; and maintaining the drum temperature within the drum at a predetermined temperature range during performance of the after-care cycle. maintaining residual fluid such as moisture, water vapor and condensate, within an airflow path of an appliance, wherein the residual fluid results from a primary drying cycle; characterised in that it further comprises the steps of activating a heat pump system and a blower to deliver the residual fluid to a drum; and maintaining the drum temperature within the drum at a predetermined temperature range during performance of the after-care cycle.