mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, being performed by a macro eNodeB connected to at least one remote radio head, RRH, comprising: selecting a common reference signal, CRS, virtualization scheme, wherein the CRS virtualization scheme maps physical antennas of the macro eNodeB and of the at least one RRH to CRS ports; transmitting a CRS using the virtualization scheme, wherein the number of CRS ports is equal to N, which is equal to the number of physical antennas of the at least one RRH and equal to the number of physical antennas of the macro eNodeB; wherein the step of selecting a CRS virtualization scheme comprises using, for each CRS port, a CRS precoding vector for the at least one RRH and a CRS precoding vector for the macro eNodeB, each CRS precoding vector having N elements; wherein each CRS port is created using a physical antenna at the macro eNodeB and a physical antenna at the at least one RRH, wherein the CRS precoding vectors at the at least one RRH are orthogonal and wherein the CRS precoding vectors at the macro eNodeB are orthogonal. selecting a common reference signal, CRS, virtualization scheme, wherein the CRS virtualization scheme maps physical antennas of the macro eNodeB and of the at least one RRH to CRS ports; transmitting a CRS using the virtualization scheme, wherein the number of CRS ports is equal to N, which is equal to the number of physical antennas of the at least one RRH and equal to the number of physical antennas of the macro eNodeB; wherein the step of selecting a CRS virtualization scheme comprises using, for each CRS port, a CRS precoding vector for the at least one RRH and a CRS precoding vector for the macro eNodeB, each CRS precoding vector having N elements; wherein each CRS port is created using a physical antenna at the macro eNodeB and a physical antenna at the at least one RRH, wherein the CRS precoding vectors at the at least one RRH are orthogonal and wherein the CRS precoding vectors at the macro eNodeB are orthogonal.
A composite suitable for use in a knife, pick, bullet and fragment-resistant article comprising a polymeric fibrous fabric core section free of resin (first zone) and, located on at least one side of the core section, a polymeric fibrous fabric section impregnated with an elastomeric or thermoplastic resin (second zone) wherein: (i) the resin comprises from 5 to 79 percent of the volume fraction of the composite, (ii) the resin fills up to 100 percent of the fiber-free volume of the second zone, (iii) the first zone comprises from 10 to 90 percent of the total thickness of the composite, (iv) the fibers of the first or second zones have a tenacity of at least 20 g/denier and a tensile modulus of at least 444 g/dtex, and (v) the resin has an elongation to break of between 20 to 1200 percent. (i) the resin comprises from 5 to 79 percent of the volume fraction of the composite, (ii) the resin fills up to 100 percent of the fiber-free volume of the second zone, (iii) the first zone comprises from 10 to 90 percent of the total thickness of the composite, (iv) the fibers of the first or second zones have a tenacity of at least 20 g/denier and a tensile modulus of at least 444 g/dtex, and (v) the resin has an elongation to break of between 20 to 1200 percent.
A syringe comprising: a barrel (14, 114) having an interior, a dispensing opening at a distal end, and an open proximal end having an end surface; a stopper (38, 138) disposed within the interior of the barrel; a plunger rod (40, 140) having a first end operably coupled to the stopper and a second end extending through the open proximal end of the barrel, the plunger rod configured to be engaged by a user to drive the stopper through the barrel to thereby dispense contents within the barrel through the dispensing opening during a dispensing operation; and an outwardly projecting stop (54, 150) coupled to the plunger rod adjacent the second end, and extending generally perpendicular to the longitudinal axis of the plunger rod; characterized in that the barrel contains a fluid therapeutic product (12, 112) and headspace (52, 152) between the dispensing opening and the stopper, and the stop is configured to stop a dispensing stroke of the plunger rod at a distance corresponding to a level of the headspace within the syringe by engaging the end surface of the open proximal end of the barrel to stop movement of the plunger rod during the dispensing operation so that the headspace is left within the barrel. a barrel (14, 114) having an interior, a dispensing opening at a distal end, and an open proximal end having an end surface; a stopper (38, 138) disposed within the interior of the barrel; a plunger rod (40, 140) having a first end operably coupled to the stopper and a second end extending through the open proximal end of the barrel, the plunger rod configured to be engaged by a user to drive the stopper through the barrel to thereby dispense contents within the barrel through the dispensing opening during a dispensing operation; and an outwardly projecting stop (54, 150) coupled to the plunger rod adjacent the second end, and extending generally perpendicular to the longitudinal axis of the plunger rod; characterized in that the barrel contains a fluid therapeutic product (12, 112) and headspace (52, 152) between the dispensing opening and the stopper, and the stop is configured to stop a dispensing stroke of the plunger rod at a distance corresponding to a level of the headspace within the syringe by engaging the end surface of the open proximal end of the barrel to stop movement of the plunger rod during the dispensing operation so that the headspace is left within the barrel.
A beam scanning system for sensing a biological substance flowing in a microfluidic pipe, comprising: a light source configured to generate a supercontinuum light beam; an optical device configured to receive the supercontinuum light beam for guidance thereof to at least two output ports (232a, 232b); and a power supply unit configured to supply voltage to one output port of said at least two output ports to change a phase of the light beam from said one output port, wherein the optical device changes a location of an interference pattern of the light beam according to changing the phase of the light beam, and wherein the system further comprises a beam processing unit configured to receive light beams that have traversed across the microfluidic pipe and to form biological information on the biological substance based on the received beams. a light source configured to generate a supercontinuum light beam; an optical device configured to receive the supercontinuum light beam for guidance thereof to at least two output ports (232a, 232b); and a power supply unit configured to supply voltage to one output port of said at least two output ports to change a phase of the light beam from said one output port, wherein the optical device changes a location of an interference pattern of the light beam according to changing the phase of the light beam, and wherein the system further comprises a beam processing unit configured to receive light beams that have traversed across the microfluidic pipe and to form biological information on the biological substance based on the received beams.
A steerable wheel assembly for a vehicle, comprising a mounting bracke incorporating a vertical pivot mounting for attachment to the vehicle, a second bracket having a first arm carrying a road wheel and a second arm generally upstanding from the first and linked at the upper end thereof to the mounting bracket by a parallelogram linkage (4,5), and a spring and shock-absorber unit pivotally connected between the second bracket and the parallelogram linkage (4,5).
Multi-channel transmitter for optical networks, comprising - a plurality of parallel modulators (QPSK Mod), each modulating a data signal and outputting a digital modulated signal (I, Q); - frequency conversion units receiving the digital modulated signals (I, Q) and converting the digital modulated signals (I, Q) into converted signals with higher and different carrier frequencies; characterized by - an analog summer receiving the converted signals and outputting a modulation signal (ΣI(t), ΣQ(t)); and - an optical modulator for modulating an optical carrier receiving said modulation signal outputted by the analog summer (ΣI(t), ΣQ(t)). - a plurality of parallel modulators (QPSK Mod), each modulating a data signal and outputting a digital modulated signal (I, Q); - frequency conversion units receiving the digital modulated signals (I, Q) and converting the digital modulated signals (I, Q) into converted signals with higher and different carrier frequencies; characterized by - an analog summer receiving the converted signals and outputting a modulation signal (ΣI(t), ΣQ(t)); and - an optical modulator for modulating an optical carrier receiving said modulation signal outputted by the analog summer (ΣI(t), ΣQ(t)).
Method for producing a component by hot-forming a pre-product consisting of steel, in which the pre-product is heated to a temperature above 60°C and below 450°C and subsequently is formed in this temperature range, wherein the component has a minimum tensile strength of 700 MPa with at the same time a high elongation at fracture A80 in %, wherein the pre-product has the following alloy composition in wt.%: C: 0.0005 to 0.9 Mn: more than 3.0 to 12, with the remainder being iron including unavoidable steel-associated elements, with optional addition by alloying of one or more of the following elements (in wt.%): Al: up to 10 Si: up to 6 Cr: up to 6 Nb: up to 1.5 V: up to 1.5 Ti: up to 1.5 Mo: up to 3 Cu: up to 3 Sn: up to 0.5 W: up to 5 Co: up to 8 Zr: up to 0.5 Ta: up to 0.5 Te: up to 0.5 B: up to 0.15 P: max. 0.1 S: max. 0.1 N: max. 0.1 Ca: up to 0.1 wherein the residual austenite proportion is 5% to 80% which is retained completely or partially during the forming procedure. C: 0.0005 to 0.9 Mn: more than 3.0 to 12, Al: up to 10 Si: up to 6 Cr: up to 6 Nb: up to 1.5 V: up to 1.5 Ti: up to 1.5 Mo: up to 3 Cu: up to 3 Sn: up to 0.5 W: up to 5 Co: up to 8 Zr: up to 0.5 Ta: up to 0.5 Te: up to 0.5 B: up to 0.15 P: max. 0.1 S: max. 0.1 N: max. 0.1 Ca: up to 0.1 wherein the residual austenite proportion is 5% to 80% which is retained completely or partially during the forming procedure.
- An oven comprising a cooking cavity wherein the cooking process is performed; at least one tubular heater which heats the air in the cooking cavity and which is composed of bends and legs; and a fan which is disposed behind the cooking cavity, a water supply line which draws water from a water supply by means of a water transfer member in order to generate steam, and a steam generation pipe with one end connected to the water supply line, which is disposed onto the heater so as to contact the upper surface of at least one leg and/or bend of the heater, which generates steam with the water taken from the water supply line and which delivers steam into the cooking cavity through a steam outlet orifice provided at the other end thereof characterized by a water collection pipe which is positioned above the steam generation pipe, which extends at least partially along the steam generation pipe and which is fluidly connected to the steam generation pipe.
An injection molding method for molding a mold comprising a fixed mold and a movable mold, which are mold-clamped by a mold clamping force at a predetermined mold clamping force, by injecting and filling resin at a predetermined injection pressure by an injection device (Mi) and molding the mold, the injection method including using at least a mold clamping device (Me) that enables natural compression of the resin as the resin solidifies inside the mold, setting specific molding conditions in advance by determining a parting opening amount (Lm) that forms a predetermined gap between the movable mold and the fixed mold at the time of injection filling, and determining a molding injection pressure (Pi) that is an injection pressure capable of molding a good product and a molding clamping force (Pc) that is a mold clamping force capable of molding a good product, setting a fast injection speed (Vf) from the start of injection, which is higher than the injection speed set by the specific molding conditions, and setting a fast injection section (Zf) for continuing the fast injection speed as fast injection conditions, mold-clamping the mold by the molding clamping force during molding, and setting the molding injection pressure to a limit pressure (Ps), injecting and filling resin into the mold from the start of injection under the fast injection conditions, injecting and filling resin under the specific molding conditions by the end of the fast injection section (Zf), and then taking out the molded product from the mold when a predetermined cooling time has elapsed, wherein a switching determination value sets the fast injection section (Zf) with respect to the magnitude of the parting opening amount (Lm), the parting opening amount is detected during molding, and when the magnitude of the detected parting opening amount reaches the switching determination value, the molding condition is switched to the specific molding condition.
A member comprising: a first sheet material; a second sheet material; a first joint line portion; a second joint line portion; and a third joint line portion, wherein a sheet thickness of the first sheet material is equal to or less than a sheet thickness of the second sheet material, the first sheet material and the second sheet material are overlapped with each other, the first joint line portion, the second joint line portion, and the third joint line portion each join the first sheet material and the second sheet material at an interface between the first sheet material and the second sheet material, the first joint line portion includes an A portion whose shortest in-plane distance from the second joint line portion is 20 times or more and 120 times or less the sheet thickness of the first sheet material, the second joint line portion includes a B portion whose shortest in-plane distance from the first joint line portion is 20 times or more and 120 times or less the sheet thickness of the first sheet material, the third joint line portion is in a first region interposed between the A portion and the B portion, a length of a length component of the third joint line portion in the first region in an extension direction of an intermediate line between the first joint line portion and the second joint line portion is 250 mm or more, and characterized in that at least one of the first j oint line portion or the second joint line portion is a curved line and the third joint line portion between the first joint line portion and the second joint line portion is also a curved line. a first sheet material; a second sheet material; a first joint line portion; a second joint line portion; and a third joint line portion, wherein a sheet thickness of the first sheet material is equal to or less than a sheet thickness of the second sheet material, the first sheet material and the second sheet material are overlapped with each other, the first joint line portion, the second joint line portion, and the third joint line portion each join the first sheet material and the second sheet material at an interface between the first sheet material and the second sheet material, the first joint line portion includes an A portion whose shortest in-plane distance from the second joint line portion is 20 times or more and 120 times or less the sheet thickness of the first sheet material, the second joint line portion includes a B portion whose shortest in-plane distance from the first joint line portion is 20 times or more and 120 times or less the sheet thickness of the first sheet material, the third joint line portion is in a first region interposed between the A portion and the B portion, a length of a length component of the third joint line portion in the first region in an extension direction of an intermediate line between the first joint line portion and the second joint line portion is 250 mm or more, and characterized in that at least one of the first j oint line portion or the second joint line portion is a curved line and the third joint line portion between the first joint line portion and the second joint line portion is also a curved line.
Injection mould with multiple cavities for manufacturing workpieces such as fittings and pipes with a bend radius of less than 87.5°, comprising an outer mould with two mould parts, which are parted in the mould parting plane, multiple cavities which are arranged substantially parallel to one another and in which mould cores are respectively guided, characterized in that the axes of the mould cores are respectively aligned substantially perpendicularly in relation to the mould parting plane, wherein one axis of the mould cores is respectively situated in the direction of the opening movement of the mould and the other axis is situated in such a way that during the demoulding of the fitting or pipe it is turned into a position perpendicularly in relation to the mould parting plane.
Food product heat treatment apparatus for heat treatment of heat-sensitive fluid food products, such as whey protein concentrate, baby food and cheese milk, comprising - an inlet for supplying the food product, - an outlet for discharging the heat treated food product, - a holding device downstream the inlet for holding the food product for a specific time at a specific temperature, and - a back pressure device downstream the holding device, characterized in that the back pressure device is a valve cooled by a cooling medium, which cooling medium is not the heat treated food, and in that the holding device is a positive displacement holding device and/or a timing device and/or a self cleaning holding device. - an inlet for supplying the food product, - an outlet for discharging the heat treated food product, - a holding device downstream the inlet for holding the food product for a specific time at a specific temperature, and - a back pressure device downstream the holding device,
A printer including a transceiver adapted to communicate with transponders, comprising: a printhead; a media conveyance adapted to transport a series of discrete media to said printhead and through a transponder operating region, at least some of said media including a transponder; and a near field coupler configured to generate a near field effect to couple with the transponder for data transfer; characterized by, the near field coupler having a plurality of lines electrically interconnected in parallel, and a spaced away ground plane; and wherein the near field coupler is terminated by a terminating resistor. a printhead; a media conveyance adapted to transport a series of discrete media to said printhead and through a transponder operating region, at least some of said media including a transponder; and a near field coupler configured to generate a near field effect to couple with the transponder for data transfer; characterized by, the near field coupler having a plurality of lines electrically interconnected in parallel, and a spaced away ground plane; and wherein the near field coupler is terminated by a terminating resistor.
An image processing apparatus, comprising: an area dividing unit (301, S401) configured to extract object areas from an input image; a determination unit (302, S402) configured to determine an attribute for each of the object areas extracted by the area dividing unit based on information of the extracted object areas, the object areas including a first object area having a predetermined attribute and a second object area having a caption attribute, wherein the predetermined attribute is a table attribute indicating that an object area is a table, a line drawing attribute indicating that an object area is a line drawing, or a picture attribute indicating that an object area is a picture, and wherein the second object area is present in a predetermined position relative to the first object area; a metadata processing unit configured to acquire, based on a character recognition result obtained from the second object area, metadata to be associated with the first object area extracted by the area dividing unit; a graphics description generating unit configured to generate a transparent graphics description; and an electronic document generation unit configured to generate an electronic document that includes image data of the input image, the transparent graphics description, and the metadata, wherein the transparent graphics description generated by the graphics description generating unit is description data of a frame that surrounds the first object area to be drawn in a transparent color and the graphics description generating unit further associates the generated transparent graphics description describing the frame and the metadata acquired from the second object area with each other; wherein the image processing apparatus is configured to display the electronic document, to receive a keyword to be searched in the displayed document and to additionally display the frame with highlighting in a case where the associated metadata is hit as a result of the search executed.
A camera unit, comprising: a camera main member; a camera bracket assembled to the camera main member by a first engagement device; and a fixing bracket assembled to the camera bracket by a second engagement device so as to mount the camera main member on an attachment object, characterized in that the first engagement device includes an engagement projection (16, 17) provided in the camera main member, and an engagement piece (35, 37) provided movably in the camera bracket so as to become engageable with the engagement projection (16, 17) accompanied by a moving displacement, and the fixing bracket includes a control portion disposed in a movement space of the engagement piece (35, 37) in a state wherein the camera bracket is assembled by the second engagement device, so that the engagement piece (35, 37) thereof becomes unmovable. a camera main member; a camera bracket assembled to the camera main member by a first engagement device; and a fixing bracket assembled to the camera bracket by a second engagement device so as to mount the camera main member on an attachment object, characterized in that the first engagement device includes an engagement projection (16, 17) provided in the camera main member, and an engagement piece (35, 37) provided movably in the camera bracket so as to become engageable with the engagement projection (16, 17) accompanied by a moving displacement, and the fixing bracket includes a control portion disposed in a movement space of the engagement piece (35, 37) in a state wherein the camera bracket is assembled by the second engagement device, so that the engagement piece (35, 37) thereof becomes unmovable.
A flux reversal motor, comprising: a mover moving linearly relative to a stator; the mover comprising a mover core and mover phase coils which are formed by winding the coil around the mover teeth; and a plurality of movable permanent magnets, provided in the ends of each of the mover teeth, wherein each mover tooth has at its end a single central protrusion, wherein the permanent magnets of all teeth have the identical polarity, and the movable permanent magnets being arranged on left and right sides of each of said protrusions. a mover moving linearly relative to a stator; the mover comprising a mover core and mover phase coils which are formed by winding the coil around the mover teeth; and a plurality of movable permanent magnets, provided in the ends of each of the mover teeth, wherein each mover tooth has at its end a single central protrusion, wherein the permanent magnets of all teeth have the identical polarity, and the movable permanent magnets being arranged on left and right sides of each of said protrusions.