mhurhangee/ep-ind-claims huggingface dataset:
A client terminal (10,110) capable of communicating with an address server (20,120), the client terminal (10,110) comprising: a displaying unit for displaying a page; a language determining unit for determining a language to be used for displaying the page on the displaying unit; a language information transmitting unit for transmitting language information to the address server (20,120), the language information indicating the language determined by the language determining unit; a service information acquiring unit for acquiring service information from a data server (60,160) based on address information transmitted from the address server (20,120); and a display controlling unit for controlling the displaying unit to display, by using the language determined by the language determining unit, the page including the service information acquired by the service information acquiring unit. a displaying unit for displaying a page; a language determining unit for determining a language to be used for displaying the page on the displaying unit; a language information transmitting unit for transmitting language information to the address server (20,120), the language information indicating the language determined by the language determining unit; a service information acquiring unit for acquiring service information from a data server (60,160) based on address information transmitted from the address server (20,120); and a display controlling unit for controlling the displaying unit to display, by using the language determined by the language determining unit, the page including the service information acquired by the service information acquiring unit.
A method for avoiding unexpected data combination between a received dynamic scheduling, DS, new data indicator, NDI, and a received semi persistent scheduling, SPS, NDI when handling a hybrid automatic repeat request, HARQ, process for semi-persistent scheduling, SPS, in a user equipment, UE, of a wireless communication system, the method comprising: configuring an SPS functionality, the SPS functionality utilizing at least one HARQ process; receiving a first new data indicator, NDI, addressed to an SPS cell radio network temporary identifier, SPS-CRNTI, of the UE for a first HARQ process of the at least one HARQ process at a first point in time; and considering a next transmission to be received by the first HARQ process as a first transmission of the first HARQ process when receiving a second NDI addressed to a C-RNTI of the UE for the first HARQ process at a second point in time, regardless of a value of the second NDI, wherein the first transmission of the first HARQ process means a new transmission and the second point in time is later than the first point in time. configuring an SPS functionality, the SPS functionality utilizing at least one HARQ process; receiving a first new data indicator, NDI, addressed to an SPS cell radio network temporary identifier, SPS-CRNTI, of the UE for a first HARQ process of the at least one HARQ process at a first point in time; and considering a next transmission to be received by the first HARQ process as a first transmission of the first HARQ process when receiving a second NDI addressed to a C-RNTI of the UE for the first HARQ process at a second point in time, regardless of a value of the second NDI, wherein the first transmission of the first HARQ process means a new transmission and the second point in time is later than the first point in time.
A printer in which a machine plate is mounted on an outer circumference of a machine-plate cylinder section fixedly provided on a machine-plate drive shaft, wherein a fluid circulation space is formed in the machine-plate cylinder section, and there are provided fluid circulation means for circulating a temperature control fluid in the fluid circulation space and temperature control means for controlling temperature of the temperature control fluid according to temperature of the machine-plate cylinder section, wherein the machine-plate cylinder section has an inner tubular portion into which the machine-plate drive shaft is fitted, an outer cylindrical portion whose outer circumference has a machine plate mounted thereon, and end walls (41, 42) for tightly closing up respective opposite ends of the machine-plate cylinder section; a space between the inner tubular portion and the outer cylindrical portion is divided into the plurality of compartments by means of partition walls, a communication hole is formed in each of the partition walls except for one partition wall; and the plurality of compartments which communicate with one another through the communication holes form the fluid circulation space, and an inflow hole for establishing communication between a liquid inflow channel of the machine-plate drive shaft and the compartment located at the one end of the fluid circulation space and an outflow hole for establishing communication between a liquid outflow channel of the machine-plate drive shaft and the compartment located at the other end of the fluid circulation space are formed, characterized in that a front end portion of the machine-plate drive shaft is formed into a taper portion, and the tapered inner tubular portion of the machine-plate cylinder section is fitted to the taper portion, the inflow hole and the outflow hole for establishing communication are formed in the inner tubular portion, and the machine-plate drive shaft has the liquid inflow channel for allowing the temperature control fluid through the inflow hole to flow into the compartment located at one end of the fluid circulation space, and the liquid outflow channel for allowing the temperature control fluid through the outflow hole to flow out from the compartment located at the other end of the fluid circulation space, formed therein.
A hypocaust forming mold, comprising: a body including a front side wall, a rear side wall, a left side wall, and a right side wall disposed on an outward flange, respectively, along an upper circumference part; a connection surface extending from bottoms of the front side wall, the rear side wall, the left side wall, and the right side wall of the body, and an inner side wall part positioned to face the front side wall, the rear side wall, the left side wall, and the right side wall by being vertically connected from the connection surface; a receiving part positioned between the front side wall, the rear side wall, the left side wall, and the right side wall of the body and the inner side wall part, and configured to receive concrete therein; a forming body disposed on an upper part of the inner side wall part; and wherein the forming body includes: a plurality of first forming parts equally arranged in a horizontal direction and a vertical direction; and a second forming part positioned between the first forming parts to be crossed, and in which placed concrete is filled, characterized in that a furnace insertion space is disposed on the front side wall of the body, and a furnace is inserted into the furnace insertion space. a body including a front side wall, a rear side wall, a left side wall, and a right side wall disposed on an outward flange, respectively, along an upper circumference part; a connection surface extending from bottoms of the front side wall, the rear side wall, the left side wall, and the right side wall of the body, and an inner side wall part positioned to face the front side wall, the rear side wall, the left side wall, and the right side wall by being vertically connected from the connection surface; a receiving part positioned between the front side wall, the rear side wall, the left side wall, and the right side wall of the body and the inner side wall part, and configured to receive concrete therein; a forming body disposed on an upper part of the inner side wall part; and wherein the forming body includes: a plurality of first forming parts equally arranged in a horizontal direction and a vertical direction; and a second forming part positioned between the first forming parts to be crossed, and in which placed concrete is filled, characterized in that a furnace insertion space is disposed on the front side wall of the body, and a furnace is inserted into the furnace insertion space. a plurality of first forming parts equally arranged in a horizontal direction and a vertical direction; and a second forming part positioned between the first forming parts to be crossed, and in which placed concrete is filled, characterized in that a furnace insertion space is disposed on the front side wall of the body, and a furnace is inserted into the furnace insertion space.
A computed tomography system, comprising: a rotating gantry portion; an x-ray source supported by the rotating gantry portion that is configured to rotate about an examination region and along a longitudinal axis being the z-axis of the computed tomography system, wherein the x-ray source is configured to remain at a first location on the longitudinal axis while rotating about the examination region, accelerate along the longitudinal axis prior to a scan of a region of interest, and then perform the scan of the region of interest by, upon reaching an initial scanning position, emitting x-rays for a sampling period in which at least one hundred and eighty degrees plus a fan angle of data is acquired; at least one detector supported by the rotating gantry portion that is configured to detect x-rays radiated by the x-ray source that traverse the examination region and generate signals indicative thereof; and a reconstructor that is configured to reconstruct the signals to generate volumetric image data. a rotating gantry portion; an x-ray source supported by the rotating gantry portion that is configured to rotate about an examination region and along a longitudinal axis being the z-axis of the computed tomography system, wherein the x-ray source is configured to remain at a first location on the longitudinal axis while rotating about the examination region, accelerate along the longitudinal axis prior to a scan of a region of interest, and then perform the scan of the region of interest by, upon reaching an initial scanning position, emitting x-rays for a sampling period in which at least one hundred and eighty degrees plus a fan angle of data is acquired; at least one detector supported by the rotating gantry portion that is configured to detect x-rays radiated by the x-ray source that traverse the examination region and generate signals indicative thereof; and a reconstructor that is configured to reconstruct the signals to generate volumetric image data.
Device with two two tubular piezo elements (61a, 61b) for the electromechanical positioning of a rotor in the interior along the longitudinal axis of the tubular piezo elements, (61a, 61b) comprising two piezo elements (61a, 61b) arranged to be interlocking and electrically insulated from each other and at least three sets of friction agents (66a, 65a', 65b, 65b', 65c, 65c') which are attached along the longitudinal axis of the tubular piezo elements (61a, 61b) at axially different positions to the piezo elements (61a, 61b) and in which the friction agents, (65a, 65a', 65b, 65b', 65c, 65c'), which are attached at one position of the piezo element, form a set of friction agents in which at least one set comprises an elastic friction agent (65a, 65a', 65b, 65b', 65c, 65c') with a friction surface to exert a permanent, constant normal force on the surface of the rotor, which is suitable for the positioning of the rotor with the aid of alternating sliding friction and static friction.
A device for local administration of pharmaceutical fluids, the device comprising at least one capillary (1, 101) with at least one opening (2, 102) in the region of the distal end (3, 103) of the at least one capillary (1, 101), a hollow intermediate piece (5, 105), which is connected with the at least one capillary (1, 101) so as to allow passage of liquid, a guide (6, 106) for guiding the intermediate piece (5, 105) and the at least one capillary (1, 101), wherein the guide (6, 106) comprising a distal support (7, 107) for resting on the patient, a fixing element (8, 108) for fixing the intermediate piece (5, 105) to the guide (6, 106), wherein the fixing element (8, 108) allows fixing of the intermediate piece (5, 105) in various positions relative to the guide (6, 106), wherein said fixing prevents displacement of the intermediate piece (5, 105) in relation to the guide (6, 106). at least one capillary (1, 101) with at least one opening (2, 102) in the region of the distal end (3, 103) of the at least one capillary (1, 101), a hollow intermediate piece (5, 105), which is connected with the at least one capillary (1, 101) so as to allow passage of liquid, a guide (6, 106) for guiding the intermediate piece (5, 105) and the at least one capillary (1, 101), wherein the guide (6, 106) comprising a distal support (7, 107) for resting on the patient, a fixing element (8, 108) for fixing the intermediate piece (5, 105) to the guide (6, 106), wherein the fixing element (8, 108) allows fixing of the intermediate piece (5, 105) in various positions relative to the guide (6, 106), wherein said fixing prevents displacement of the intermediate piece (5, 105) in relation to the guide (6, 106).
A spinal implant comprising: a screw having a screw head and a shank portion extending from the screw head, the screw shank configured to engage bone; a housing having an open through bore configured to receive the screw head; a plurality of threaded insert members configured to surround the screw head and engage the housing by mating with threads on the inner surface of the housing to secure the screw head within the housing, wherein the plurality of insert members are comprised of at least two pieces that together surround the screw head, define a through hole small enough that the screw head is unable to pass through and are securable to the housing, thereby capturing the screw head within the housing and securing the screw head to the housing and wherein the plurality of insert members together surround the screw head and define a through hole such that some or all of the screw shank portion is larger than the through hole; wherein the housing is also configured to receive a wedge member containing a recess which is configured to receive a spinal rod, characterized in that said recess contains a plurality of radii defining a compound curve; and further in that lateral slots adjacent to the top of the wedge member provide flexible relief tabs to frictionally hold the position of the housing relative to the screw during handling. a screw having a screw head and a shank portion extending from the screw head, the screw shank configured to engage bone; a housing having an open through bore configured to receive the screw head; a plurality of threaded insert members configured to surround the screw head and engage the housing by mating with threads on the inner surface of the housing to secure the screw head within the housing, wherein the plurality of insert members are comprised of at least two pieces that together surround the screw head, define a through hole small enough that the screw head is unable to pass through and are securable to the housing, thereby capturing the screw head within the housing and securing the screw head to the housing and wherein the plurality of insert members together surround the screw head and define a through hole such that some or all of the screw shank portion is larger than the through hole; wherein the housing is also configured to receive a wedge member containing a recess which is configured to receive a spinal rod, characterized in that said recess contains a plurality of radii defining a compound curve; and further in that lateral slots adjacent to the top of the wedge member provide flexible relief tabs to frictionally hold the position of the housing relative to the screw during handling.
A method of forming a food product comprising: supplying a bar-like food item or a thin-piece outer material from a supply device (3, 53) downwardly through a shutter device onto a support member, the outer material having an upper surface onto which an inner material has been disposed, the shutter device including a plurality of shutter pieces capable of opening and closing, the shutter device and the support member being vertically movable, supporting the bar-like food item or the outer material from its lower side by the support member, and closing the plurality of shutter pieces to cut the bar-like food item, or to seal a periphery of the outer material above the inner material, characterized in that an uppermost position of the support member is calculated based on a target weight of the food product and a thickness of the shutter piece to determine a vertical-movement trajectory of the support member. supplying a bar-like food item or a thin-piece outer material from a supply device (3, 53) downwardly through a shutter device onto a support member, the outer material having an upper surface onto which an inner material has been disposed, the shutter device including a plurality of shutter pieces capable of opening and closing, the shutter device and the support member being vertically movable, supporting the bar-like food item or the outer material from its lower side by the support member, and closing the plurality of shutter pieces to cut the bar-like food item, or to seal a periphery of the outer material above the inner material, characterized in that an uppermost position of the support member is calculated based on a target weight of the food product and a thickness of the shutter piece to determine a vertical-movement trajectory of the support member.
A composition for use in treating a hyperproliferative disease in a subject, which composition comprises: liposomes that consist of phosphatidylglycerol (DPPG) or distearoyl phosphatidylglycerol (DSPG); cholesterol (Chol); and equimolar amounts of distearoyl phosphatidylcholine (DSPC) and dipalmitoyl phosphatidylcholine (DPPC) encapsulating a platinum-based drug; in combination with a water-soluble camptothecin encapsulated in liposomes, wherein the liposomes encapsulating the platinum-based drug consist of DSPC:DPPC:DSPG:Chol or DSPC:DPPC:DPPG:Chol at the molar ratio 35:35:20:10. liposomes that consist of phosphatidylglycerol (DPPG) or distearoyl phosphatidylglycerol (DSPG); cholesterol (Chol); and equimolar amounts of distearoyl phosphatidylcholine (DSPC) and dipalmitoyl phosphatidylcholine (DPPC) encapsulating a platinum-based drug; in combination with a water-soluble camptothecin encapsulated in liposomes, wherein the liposomes encapsulating the platinum-based drug consist of DSPC:DPPC:DSPG:Chol or DSPC:DPPC:DPPG:Chol at the molar ratio 35:35:20:10.
Use of an alcohol component selected from the group consisting of one or more Guerbet alcohols, having a number or mean value of number of carbon atoms, respectively, of equal to or less than 12, in an amount of 0.1 to 30 vol.% in an energy providing component of an aviation fuel composition, said energy providing component further comprising a hydrocarbon mixture selected from the group consisting of jet fuels in an amount of 70 to 99.9 vol.%, and said aviation fuel composition optionally comprising one or more aviation fuel additives to improve electrical conductivity of the aviation fuel composition.
A straddled vehicle comprising: a vehicle body including a front cover; a windscreen arranged above the front cover with regard to an up-down-direction of the vehicle; a sensing device arranged behind the front cover with regard to a front-rear-direction of the vehicle and configured to detect a situation in front of the vehicle body; and a transparent cover arranged in front of the sensing device with regard to the front-rear-direction of the vehicle, characterized in that the transparent cover includes a first mounting portion (31, 32) directly detachably mounted to the front cover, wherein the windscreen overlaps with the first mounting portion (31, 32) from above with regard to the up-down-direction of the vehicle and/or from a front of the first mounting portion (31, 32) with regard to the front-rear-direction of the vehicle. a vehicle body including a front cover; a windscreen arranged above the front cover with regard to an up-down-direction of the vehicle; a sensing device arranged behind the front cover with regard to a front-rear-direction of the vehicle and configured to detect a situation in front of the vehicle body; and a transparent cover arranged in front of the sensing device with regard to the front-rear-direction of the vehicle, characterized in that the transparent cover includes a first mounting portion (31, 32) directly detachably mounted to the front cover, wherein the windscreen overlaps with the first mounting portion (31, 32) from above with regard to the up-down-direction of the vehicle and/or from a front of the first mounting portion (31, 32) with regard to the front-rear-direction of the vehicle.
An airfoil for a gas turbine engine comprising: an airfoil body extending between leading and trailing edges (LE, TE) in a chordwise direction and extending from a root section in a spanwise direction, and the airfoil body defining pressure and suction sides (PS, SS) separated in a thickness direction; wherein the airfoil body defines a recessed region extending inwardly from at least one of the pressure and suction sides (PS, SS), and the airfoil body includes at least one rib dimensioned to loop about a respective pocket within a perimeter of the recessed region; at least one cover skin welded to the airfoil body along the at least one rib to enclose the recessed region; wherein the at least one cover skin is welded to the at least one rib along a respective weld path, the weld path defining a weld width, the at least one rib defining a rib width, and a ratio of the weld width to the rib width is equal to or greater than 3:1 for each position along the weld path; characterized in that the at least one cover skin includes a plurality of cover skins; and the one or more ribs include a plurality of ribs, each one of the plurality of ribs includes a raised protrusion extending outwardly from a pedestal portion, the pedestal portion is dimensioned to support an opposed pair of the plurality of cover skins, and the raised protrusion is dimensioned to extend between and space apart the opposed pair. an airfoil body extending between leading and trailing edges (LE, TE) in a chordwise direction and extending from a root section in a spanwise direction, and the airfoil body defining pressure and suction sides (PS, SS) separated in a thickness direction; wherein the airfoil body defines a recessed region extending inwardly from at least one of the pressure and suction sides (PS, SS), and the airfoil body includes at least one rib dimensioned to loop about a respective pocket within a perimeter of the recessed region; at least one cover skin welded to the airfoil body along the at least one rib to enclose the recessed region; wherein the at least one cover skin is welded to the at least one rib along a respective weld path, the weld path defining a weld width, the at least one rib defining a rib width, and a ratio of the weld width to the rib width is equal to or greater than 3:1 for each position along the weld path; characterized in that the at least one cover skin includes a plurality of cover skins; and the one or more ribs include a plurality of ribs, each one of the plurality of ribs includes a raised protrusion extending outwardly from a pedestal portion, the pedestal portion is dimensioned to support an opposed pair of the plurality of cover skins, and the raised protrusion is dimensioned to extend between and space apart the opposed pair.