mhurhangee/ep-ind-claims huggingface dataset:
A combination of a flat wire comprising a tip structure and a crimp terminal, wherein the tip structure of allows the flat wire to be inserted into a conductive wire insertion opening of the crimp terminal when the flat wire is connected to the crimp terminal, wherein the tip structure comprises one slit formed over a predetermined length in a length direction from a distal edge of the tip, and two strips (22a, 22b) divided and formed by the slit overlap with each other, characterized in that the slit is formed from a middle of the distal edge of the tip, and one of the two strips is pressed upward from a body of the flat wire and the other (22b is pressed downward from the body of the flat wire so that the two overlapped strips (22a, 22b) are shifted from each other vertically by a thickness of the flat wire, or the two strips (22a, 22b) are twisted in the same direction around axes of the strips so that the two strips are shifted from each other vertically by a thickness of the strips (22a, 22b) and then the two strips (22a, 22b) are laterally pressed to be close to each other.
A method for establishing time alignment by a user equipment, UE, in a mobile communication system, the method comprising: receiving, from a Node B, an incoming data indication including a dedicated signature for transmission of a preamble on a downlink control channel; transmitting the preamble using the dedicated signature to the Node B; characterized by receiving, from the Node B, a response message including timing adjustment information and information on a channel quality indicator, CQI, channel on a downlink shared channel; establishing time alignment based on the timing adjustment information included in the response message; and transmitting a CQI report based on the information on the CQI channel to the Node B; wherein the information on the CQI channel comprises information on resource assignment for the CQI report. receiving, from a Node B, an incoming data indication including a dedicated signature for transmission of a preamble on a downlink control channel; transmitting the preamble using the dedicated signature to the Node B; characterized by receiving, from the Node B, a response message including timing adjustment information and information on a channel quality indicator, CQI, channel on a downlink shared channel; establishing time alignment based on the timing adjustment information included in the response message; and transmitting a CQI report based on the information on the CQI channel to the Node B; wherein the information on the CQI channel comprises information on resource assignment for the CQI report.
A lithium secondary cell array in a cylindrical design, comprising a winding mandrel and a winding packet, which comprises foil-like coated strips and contacting strips that form the electric cell structure of anode, cathode and separator, and comprising outer electrical connecting means, these comprising pole caps, wherein the winding mandrel consists of an insulating material and comprises a through-channel extending in the direction of the longitudinal axis, the winding mandrel being connected to one inner pole cap each at the end, which pole caps likewise have a through-channel, furthermore each outer pole cap has a through-passage which surrounds the winding packet circumferentially at least in the edge region, characterized in that the winding packet is fixed via several radially arranged, force-fitting connecting means, which each act between the outer and the inner pole cap, and achieve the electrical contacting between the contacting strips and the outer wall, wherein the winding packet consists of a copper and aluminium foil strip, wherein said foil strips are provided with a layer of lithium and conductive particles while leaving free an edge region extending in the longitudinal direction, wherein breakthroughs or holes are provided in the free edge region which lie above each other in the wound-up state of the respective strip, wherein further non-woven layers are introduced between the foil strips to accommodate the electrolyte and conductive insert strips are formed as contacting strips which are located in the free edge region within the winding, wherein the insert strips also comprise breakthroughs or holes whose position is congruent to the breakthroughs or holes of the foil strips.
System for the packing and transport of sheets of glass comprising an L-frame rack whereon the sheets of glass are supported, the L-frame rack comprising a horizontal structure, the system further comprising fastening rods leaning on said sheets of glass, slings which are fixed at two antagonistic ends (12,13) of said L-frame rack and tensioners for the tensioning of the slings, wherein the sheets of glass are arranged between the set formed by said L-frame rack, fastening rods and slings, said sheets of glass, L-frame rack, fastening rods and slings forming a fixed block, characterised in that said system further comprises a truck and a glass-carrier gondola for suspended glass of the truck, in that said fixed block is inside the glass-carrier gondola for suspended glass of the truck, and in that said system further comprises moveable bolts arranged in holes of the glass-carrier gondola of the truck, wherein said bolts are situated on the horizontal structure of said L-frame rack to preclude rotation of said L-frame rack around a horizontal axis and the forward or backward movement of said L-frame rack, and consequently said fixed block.
A polymerization process comprising: polymerizing an olefin in a reactor in the presence of a catalyst composition and an extracted metal carboxylate salt, wherein the extracted metal carboxylate salt was produced by extraction of a metal carboxylate salt with an organic solvent having a dielectric constant at 25 °C of greater than or equal to 3.0.
A printed circuit board, comprising a second layer of flexible electrically insulating material and at least one metal-plated hole for receiving a pin characterized in that the at least one metal-plated hole is blind and that the printed circuit board is covered by a first layer of a protective film on which the second layer of electrically insulating flexible material extends, the first layer and the second layer are for piercing by the pin when it is engaged in the metal-plated hole, the first and second layers being for clamping between a support of the pins and the printed circuit board.
A method for controlling a lighting system using a lighting control console, digital adjusting commands being generated in the lighting control console, said digital adjusting commands being transmitted to lighting devices of the lighting system via data links, one light effect in each case being able to be generated by actuating the lighting devices, and at least one adjustable lighting device being able to be adjusted using at least one actuator in order to be able to move towards different predefined positions of the adjustable lighting device, and the lighting control console comprising a pre-programmed lighting programme having several programme steps which are to be executed consecutively, comprising the following move in black steps: a) switching off the adjustable lighting device under programme control such that the adjustable lighting device generates no light effect; b) driving the actuator of the adjustable lighting device under programme control for adjusting the adjustable lighting device and for moving towards the next predefined position of the adjustable lighting device; c) switching on the adjustable lighting device under programme control for generating the light effect in the position to which it has been moved, characterised in that an acoustic parameter is assigned to each of the several programme steps which are to be executed consecutively, said acoustic parameter characterising the noise sensitivity of the respectively assigned programme step; and step b) is carried out as a function of a result of a comparison of the compared acoustic parameters, the respective acoustic parameters of all programme steps lying between method step a) and method step c) being compared with each other, and a preferred programme step being determined, the preferred programme step having the acoustic parameter with the lowest noise sensitivity and the adjustment of the lighting device being carried out in the preferred programme step. a) switching off the adjustable lighting device under programme control such that the adjustable lighting device generates no light effect; b) driving the actuator of the adjustable lighting device under programme control for adjusting the adjustable lighting device and for moving towards the next predefined position of the adjustable lighting device; c) switching on the adjustable lighting device under programme control for generating the light effect in the position to which it has been moved,
Microfluidic analysis device, comprising - a capillary substrate, - a cover substrate adjacent to a deck side of the capillary substrate and/or a bottom substrate adjacent to a bottom side of the capillary substrate, - a capillary structure with at least one capillary, forming a hollow channel, within the interior of the capillary substrate and/or at the interface of the capillary substrate with the cover substrate and/or at the interface of the capillary substrate with the bottom substrate, and - fluid-conducting means for conducting a fluid through the capillary structure, characterized in that - the fluid-conducting means include a fluid compartmenting functional part for pressure pulse-controlled fluid compartmenting, which functional part guides two immiscible fluids (19, 20) in two capillaries (17, 18) of the capillary structure joined at a point of entry and provides compartmenting at the point of entry into successive separate fluid-fluid segments (21, 22). - a capillary substrate, - a cover substrate adjacent to a deck side of the capillary substrate and/or a bottom substrate adjacent to a bottom side of the capillary substrate, - a capillary structure with at least one capillary, forming a hollow channel, within the interior of the capillary substrate and/or at the interface of the capillary substrate with the cover substrate and/or at the interface of the capillary substrate with the bottom substrate, and - fluid-conducting means for conducting a fluid through the capillary structure, - the fluid-conducting means include a fluid compartmenting functional part for pressure pulse-controlled fluid compartmenting, which functional part guides two immiscible fluids (19, 20) in two capillaries (17, 18) of the capillary structure joined at a point of entry and provides compartmenting at the point of entry into successive separate fluid-fluid segments (21, 22).
A method for assisting the registration of subscription characteristics in a communications system in which a private user identity characteristic can be paired with a public user identity characteristic and more than one private user identity may be associated with a subscription; the method comprising transmitting from a subscription information store entity of the system to a service provision entity of the system a first message containing data specifying characteristics of a pairing of a first private user identity and a public user identity, characterised in that the message also includes an indication of any further private user identities other than the first private user identity that are associated with the same subscription as the first private user identity.
An image processing apparatus comprising: storage means configured to store histories of executed jobs; display means configured to display in a first area the histories stored in the storage means; control means configured to, in a case where the number of histories stored in the storage means is a predetermined number, delete one of the histories from the storage means in accordance with execution of another job and store a history of the executed another job in the storage means; and setting means configured to, in accordance with selection of a displayed history by a user, tag (S1601-S1603) the selected history, wherein the control means is configured to not delete from the storage means a history tagged by the setting means, and wherein the history tagged by the setting means is distinguishable on display from at least one history not tagged by the setting means, characterised in that the first area is displayed with a second area where application buttons are displayed and the second area is scrollable while the first area is kept displayed. storage means configured to store histories of executed jobs; display means configured to display in a first area the histories stored in the storage means; control means configured to, in a case where the number of histories stored in the storage means is a predetermined number, delete one of the histories from the storage means in accordance with execution of another job and store a history of the executed another job in the storage means; and setting means configured to, in accordance with selection of a displayed history by a user, tag (S1601-S1603) the selected history, wherein the control means is configured to not delete from the storage means a history tagged by the setting means, and wherein the history tagged by the setting means is distinguishable on display from at least one history not tagged by the setting means,
An organic light-emitting display device comprising: an organic light-emitting array comprising a plurality of pixel areas arranged in a matrix, the pixel areas comprising respectively one or more sub-pixels (SP1, SP2, SP3), the sub-pixels (SP1, SP2, SP3) having respectively a light-emitting part (221, 222, 223); and a touch electrode array including a plurality of first wires (121, 131) arranged in a first direction and a plurality of second wires (122, 132) arranged in a second direction; wherein an intersection of the first and second wires (121, 131; 122, 132) is located in at least one of the light-emitting parts (221, 222, 223) of the sub-pixels (SP1, SP2, SP3), wherein the pixel areas respectively include at least two sub-pixels (SP1, SP2, SP3), the sub-pixels including a sub-pixel having a light-emitting part with a first area and a sub-pixel having a light-emitting part (221 or 222) with a second area, the first area being larger than the second area, and wherein the intersection is located in the light-emitting part with the first area, and wherein in the plurality of the pixel areas, the sub-pixels having the light-emitting parts with the first area emit the same color. an organic light-emitting array comprising a plurality of pixel areas arranged in a matrix, the pixel areas comprising respectively one or more sub-pixels (SP1, SP2, SP3), the sub-pixels (SP1, SP2, SP3) having respectively a light-emitting part (221, 222, 223); and a touch electrode array including a plurality of first wires (121, 131) arranged in a first direction and a plurality of second wires (122, 132) arranged in a second direction; wherein an intersection of the first and second wires (121, 131; 122, 132) is located in at least one of the light-emitting parts (221, 222, 223) of the sub-pixels (SP1, SP2, SP3), wherein the pixel areas respectively include at least two sub-pixels (SP1, SP2, SP3), the sub-pixels including a sub-pixel having a light-emitting part with a first area and a sub-pixel having a light-emitting part (221 or 222) with a second area, the first area being larger than the second area, and wherein the intersection is located in the light-emitting part with the first area, and wherein in the plurality of the pixel areas, the sub-pixels having the light-emitting parts with the first area emit the same color.
A composition comprising a γδ T-cell population and an agent that stimulates an expansion of the γδ T-cell population, wherein the agent is an antibody and wherein: a. the agent is an antibody that is directed to a specific domain unique to the Vδ1 chain, and the antibody specifically activates and expands δ1 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ1 T-cells, wherein the percentage of δ1 T-cells is greater than 60%; or b. the agent is an antibody that is directed to a specific domain unique to the Vδ2 chain, and the antibody specifically activates and expands δ2 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ2 T-cells, wherein the percentage of δ2 T-cells is greater than 60%. a. the agent is an antibody that is directed to a specific domain unique to the Vδ1 chain, and the antibody specifically activates and expands δ1 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ1 T-cells, wherein the percentage of δ1 T-cells is greater than 60%; or b. the agent is an antibody that is directed to a specific domain unique to the Vδ2 chain, and the antibody specifically activates and expands δ2 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ2 T-cells, wherein the percentage of δ2 T-cells is greater than 60%.
An apparatus for determining a control protocol for controlling a C-arm system comprising a radiation source, wherein the control protocol comprises a sequence of roll angles and a sequence of propeller angles, wherein the apparatus comprises: a tilt plane providing unit for providing a tilt plane tilted with respect to a vertical plane, and a control protocol determining unit for determining a control protocol by determining the sequence of roll angles and the sequence of propeller angles such that the radiation source follows a trajectory that comprises a circular component in the tilt plane and that allows the C-arm system to acquire projection data for image reconstruction. a tilt plane providing unit for providing a tilt plane tilted with respect to a vertical plane, and a control protocol determining unit for determining a control protocol by determining the sequence of roll angles and the sequence of propeller angles such that the radiation source follows a trajectory that comprises a circular component in the tilt plane and that allows the C-arm system to acquire projection data for image reconstruction.
A switch (1, 2) comprising: a plurality of fixed contacts (12, 14); a first molded resin (20, 40) molded integrally with the plurality of fixed contacts (12, 14) by insert molding; a movable member disposed above the first molded resin (20, 40) to bring the plurality of fixed contacts (12, 14) into and out of electrical contact with each other; and a second molded resin (30, 50) molded so as to close a through hole (21, 41) formed in a bottom surface of the first molded resin (20, 40) by a pin supporting the plurality of fixed contacts (12, 14) at a time of the insert molding, characterized in that the bottom surface of the first molded resin (20, 40) includes a projection portion (22, 42) formed by a mold shape of the insert molding, the second molded resin (30, 50) has a through hole (32, 52) into which the projection portion (22, 42) of the first molded resin (20, 40) is fit, and the second molded resin (30, 50) in cooperation with the first molded resin (20, 40) forms a case that houses the movable member therein and has a flat bottom surface on which there is a boundary line between the first molded resin (20, 40) and the second molded resin (30, 50). a plurality of fixed contacts (12, 14); a first molded resin (20, 40) molded integrally with the plurality of fixed contacts (12, 14) by insert molding; a movable member disposed above the first molded resin (20, 40) to bring the plurality of fixed contacts (12, 14) into and out of electrical contact with each other; and a second molded resin (30, 50) molded so as to close a through hole (21, 41) formed in a bottom surface of the first molded resin (20, 40) by a pin supporting the plurality of fixed contacts (12, 14) at a time of the insert molding, characterized in that the bottom surface of the first molded resin (20, 40) includes a projection portion (22, 42) formed by a mold shape of the insert molding, the second molded resin (30, 50) has a through hole (32, 52) into which the projection portion (22, 42) of the first molded resin (20, 40) is fit, and the second molded resin (30, 50) in cooperation with the first molded resin (20, 40) forms a case that houses the movable member therein and has a flat bottom surface on which there is a boundary line between the first molded resin (20, 40) and the second molded resin (30, 50).
A device for dosing and adjusting the flow of a radiopaque agent to be used while performing an angiography, said radiopaque agent being supplied at a predefined pressure by a source through a supply pipe, said device comprising: a first dosing syringe, connected to said source and aimed at drawing, through said supply pipe, measured amounts of said radiopaque agent coming from said source; a first reservoir, selectively connected to said first dosing syringe and aimed at receiving a predefined amount of said radiopaque agent from said first dosing syringe in order to supply it to an injection catheter; an output pipe, aimed at selectively putting in fluid communication said first reservoir with said injection catheter; said device being characterized by further including: a second reservoir, having an adjustable volume which is substantially larger than the volume of said first reservoir; filling/draining means 6 connected to said second reservoir aimed at supplying and draining air to and from said second reservoir, said first reservoir and second reservoir sharing at least one yielding surface, aimed at allowing the pressures in said reservoirs to balance. a second reservoir, having an adjustable volume which is substantially larger than the volume of said first reservoir; filling/draining means 6 connected to said second reservoir aimed at supplying and draining air to and from said second reservoir, said first reservoir and second reservoir sharing at least one yielding surface, aimed at allowing the pressures in said reservoirs to balance.
An elastic sheet interposed between a coil spring that is provided in a suspension apparatus and that extends in an axial direction of the suspension apparatus and a spring bearing that supports the coil spring, the elastic sheet comprising: a seating portion by which the coil spring is supported and which has a circular arc shape in a view from the axial direction, one circumferential side of the seating portion being a side of entry of the coil spring; and a pair of sidewall portions (20, 30) extending from respective width-wise opposite ends of the seating portion toward the coil spring side, characterized by at least one of the sidewall portions (20, 30) has a wire contact surface (21, 31) that contacts a wire forming the coil spring and an inclined surface (23, 33) that is inclined so as to approach the spring bearing as the inclined surface extends widthwise outward from the wire contact surface, and a radius of curvature (R21, R31) of the wire contact surface at least at a side closest to the inclined surface is smaller than a radius of the wire. a seating portion by which the coil spring is supported and which has a circular arc shape in a view from the axial direction, one circumferential side of the seating portion being a side of entry of the coil spring; and a pair of sidewall portions (20, 30) extending from respective width-wise opposite ends of the seating portion toward the coil spring side, characterized by at least one of the sidewall portions (20, 30) has a wire contact surface (21, 31) that contacts a wire forming the coil spring and an inclined surface (23, 33) that is inclined so as to approach the spring bearing as the inclined surface extends widthwise outward from the wire contact surface, and a radius of curvature (R21, R31) of the wire contact surface at least at a side closest to the inclined surface is smaller than a radius of the wire.