mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic system for a mobile work machine, in particular an industrial truck, with working hydraulics comprising a lifting drive and a side loader, wherein the hydraulic system has a working hydraulics pump which is provided for supplying the lifting drive with pressure medium, wherein the hydraulic system comprises a pressure medium reservoir, characterized in that the pressure medium reservoir can be charged up with pressure medium from the working hydraulics pump by means of a charging circuit, wherein the charging circuit has a pretensioning valve which ensures the preferred supply of the pressure medium reservoir with pressure medium of the working hydraulics pump, wherein the pretensioning valve is connected on the input side to a conveying line of the working hydraulics pump, and the pretensioning valve is connected on the output side to a feed line, which is guided to directional control valves (52, 53, 54) of the working hydraulics, and to a charging line guided to the pressure medium reservoir, wherein the side loader is connected to the pressure medium reservoir for supplying with pressure medium.
A method in a User Equipment, UE, comprising: determining conflict information for a plurality of radio frequency, RF, channels (110, 112) in a plurality of frequency bands, wherein the UE includes one or more radio receivers (202, 204) associated with at least one of the plurality of RF channels in the plurality of frequency bands, the conflict information indicates whether two or more RF channels in two or more frequency bands conflict each other, wherein simultaneous operation of the UE in the two or more RF channels would reduce flexibility to make use of available frequency bands and decrease network coverage and handover performances of at least one of the one or more radio receivers; and wherein the conflict information further indicates whether a first RF channel in a first frequency band of a first radio access technology conflicts with a second RF channel in a second frequency band of a second radio access technology, the first frequency band being partially overlapped with the second frequency band, and based on the conflict information, disabling at least one of the plurality of RF channels in the plurality of frequency bands. determining conflict information for a plurality of radio frequency, RF, channels (110, 112) in a plurality of frequency bands, wherein the UE includes one or more radio receivers (202, 204) associated with at least one of the plurality of RF channels in the plurality of frequency bands, the conflict information indicates whether two or more RF channels in two or more frequency bands conflict each other, wherein simultaneous operation of the UE in the two or more RF channels would reduce flexibility to make use of available frequency bands and decrease network coverage and handover performances of at least one of the one or more radio receivers; and wherein the conflict information further indicates whether a first RF channel in a first frequency band of a first radio access technology conflicts with a second RF channel in a second frequency band of a second radio access technology, the first frequency band being partially overlapped with the second frequency band, and based on the conflict information, disabling at least one of the plurality of RF channels in the plurality of frequency bands.
A method of preparing alkyl lactate, the method comprising the steps of: reacting by-products generated during a process of converting lactic acid into lactide, or poly(lactic acid) with alcohol and an acidic catalyst to prepare alkyl lactate (a trans-esterification reaction step); neutralizing the prepared alkyl lactate to prepare a neutralized solution of pH 6 to pH 9 (a neutralization step); and recovering alkyl lactate from the neutralized solution (a recovery step), wherein the neutralization step is performed by ammonia gas. reacting by-products generated during a process of converting lactic acid into lactide, or poly(lactic acid) with alcohol and an acidic catalyst to prepare alkyl lactate (a trans-esterification reaction step); neutralizing the prepared alkyl lactate to prepare a neutralized solution of pH 6 to pH 9 (a neutralization step); and recovering alkyl lactate from the neutralized solution (a recovery step), wherein the neutralization step is performed by ammonia gas.
A process for producing an intracellular soluble fraction of an antibody fragment, where the antibody fragment comprises variable domains joined by a polypeptide linker or linkers which consist of 5 to 50 amino acids, said method comprising: (a) introducing, in the polynucleotide sequence encoding the linker(s), one or more rare codons, where a rare codon is one which has a tRNA ratio of 1.2% or less of the total tRNA in a prokaryotic host cell; and (b) culturing the prokaryotic host cell, which has been transformed by a vector comprising the polynucleotide encoding the antibody fragment inserted into the vector to allow the polynucleotide to be expressed in the host cell, and recovering the antibody fragment thus produced, where the sequence of the polynucleotide encoding the polypeptide linker(s) is such that when the mRNA transcribed from the polynucleotide is translated in the host cell transfected with the polynucleotide, the translation rate of the mRNA region encoding the polypeptide linker(s) is slower than the translation rate of the mRNA region encoding the variable domain immediately upstream thereof. (a) introducing, in the polynucleotide sequence encoding the linker(s), one or more rare codons, where a rare codon is one which has a tRNA ratio of 1.2% or less of the total tRNA in a prokaryotic host cell; and (b) culturing the prokaryotic host cell, which has been transformed by a vector comprising the polynucleotide encoding the antibody fragment inserted into the vector to allow the polynucleotide to be expressed in the host cell, and recovering the antibody fragment thus produced,
A method of manufacturing a microneedle by the use of a viscous material supply device including a stage and an injection plate, wherein the stage has a plurality of filling grooves on its upper surface which are concave toward a lower part and are formed to respectively correspond to through holes of the injection plate, the method comprising the steps of: spotting a viscous material on a plurality of points on a film (f) by disposing the film (f) on the stage; supplying the viscous material on the upper surface of the film (f) through the plurality of through holes disposed on the injection plate, while the injection plate is completely adhered to the film (f) and the film (f) is disposed on the stage; stopping the supply of the viscous material and lifting up the injection plate; elongating the viscous material spotted on the film (f); and coagulating the elongated viscous material. spotting a viscous material on a plurality of points on a film (f) by disposing the film (f) on the stage; supplying the viscous material on the upper surface of the film (f) through the plurality of through holes disposed on the injection plate, while the injection plate is completely adhered to the film (f) and the film (f) is disposed on the stage; stopping the supply of the viscous material and lifting up the injection plate; disposing the film (f) on the stage; supplying the viscous material on the upper surface of the film (f) through the plurality of through holes disposed on the injection plate, while the injection plate is completely adhered to the film (f) and the film (f) is disposed on the stage; stopping the supply of the viscous material and lifting up the injection plate; elongating the viscous material spotted on the film (f); and coagulating the elongated viscous material.
A method for controlling a mobile device having a face recognition function using an additional component, the method comprising: acquiring an image through a camera of the mobile device in a first state of the mobile device; extracting a facial figure and at least one main component included in the facial figure by analyzing the acquired image; determining whether a face recognized from the image using the face recognition function matches a registered user's face based on the extracted facial figure and the at least one main component; extracting at least one additional figure in the acquired image and at least one additional component included in the additional figure, if the face recognized from the image matches the registered user's face; and switching the first state of the mobile device to a predetermined second state of a plurality of second states based on the extracted at least one additional figure and the extracted at least one additional component; wherein the plurality of second states include execution states of a plurality of applications of the mobile device, and wherein the predetermined second state includes an execution state of a predetermined application, which corresponds to the extracted at least one additional figure and the at least one additional component, among the plurality of applications. acquiring an image through a camera of the mobile device in a first state of the mobile device; extracting a facial figure and at least one main component included in the facial figure by analyzing the acquired image; determining whether a face recognized from the image using the face recognition function matches a registered user's face based on the extracted facial figure and the at least one main component; extracting at least one additional figure in the acquired image and at least one additional component included in the additional figure, if the face recognized from the image matches the registered user's face; and switching the first state of the mobile device to a predetermined second state of a plurality of second states based on the extracted at least one additional figure and the extracted at least one additional component; wherein the plurality of second states include execution states of a plurality of applications of the mobile device, and wherein the predetermined second state includes an execution state of a predetermined application, which corresponds to the extracted at least one additional figure and the at least one additional component, among the plurality of applications.
Image projection device for head-up display comprising: - an image generation unit, and - a unit for returning the generated images, characterized in that it further comprises a support piece comprising support means for said image generation unit and support means for said unit for returning the generated images, said support piece being metallic, made of a single piece, and comprising two lateral uprights mirroring one another, a transverse upright linking said lateral uprights, the support piece further comprising a control printed circuit fixed onto the support means for said image generation unit, the support means being supported by feet of the lateral uprights of the support piece. - an image generation unit, and - a unit for returning the generated images, characterized in that it further comprises a support piece comprising support means for said image generation unit and support means for said unit for returning the generated images, said support piece being metallic, made of a single piece, and comprising two lateral uprights mirroring one another, a transverse upright linking said lateral uprights, the support piece further comprising a control printed circuit fixed onto the support means for said image generation unit, the support means being supported by feet of the lateral uprights of the support piece.
A biopsy device comprising: a cutting sheath; a generally cylindrical hollow stylet (100, 443) enclosed by the cutting sheath and having a distal end with a sample recess configured to receive biopsy samples, and a proximal end, the distal and proximal ends being disposed on an axis; and a mounting structure (442, 446, 448, 450, 452, 454) configured to support a proximal portion of the stylet such that bending of the proximal portion is resisted by supporting the proximal portion at multiple points along the proximal portion, the mounting structure comprising a first support which supports the cutting sheath to support the stylet therewithin, a second support (448, 454) at a proximal end of the stylet and a third support (450, 452) between the first support and the second support, characterized in that a longitudinal insert (127, 167) providing reinforcement to the stylet is provided within and affixed to the proximal portion of the stylet, the insert having a lumen extending along its length, and in that a plurality of the first, second and third supports (448, 452, 450, 442, 454) coincide with a longitudinal extent of the insert. a cutting sheath; a generally cylindrical hollow stylet (100, 443) enclosed by the cutting sheath and having a distal end with a sample recess configured to receive biopsy samples, and a proximal end, the distal and proximal ends being disposed on an axis; and a mounting structure (442, 446, 448, 450, 452, 454) configured to support a proximal portion of the stylet such that bending of the proximal portion is resisted by supporting the proximal portion at multiple points along the proximal portion, the mounting structure comprising a first support which supports the cutting sheath to support the stylet therewithin, a second support (448, 454) at a proximal end of the stylet and a third support (450, 452) between the first support and the second support, characterized in that a longitudinal insert (127, 167) providing reinforcement to the stylet is provided within and affixed to the proximal portion of the stylet, the insert having a lumen extending along its length, and in that a plurality of the first, second and third supports (448, 452, 450, 442, 454) coincide with a longitudinal extent of the insert.
Extractor hood comprising at least one filter device, wherein the extractor hood has at least one suction portion comprising at least one substantially rod-shaped fastening element for receiving the at least one filter device on the suction portion, wherein the filter device has at least one fastening device which comprises at least one receiving portion for receiving the fastening element, wherein the receiving portion provides a substantially tubular receptacle for the substantially rod-shaped fastening element, wherein the receiving portion has at least one end face and a lateral face, wherein the receiving portion has at least one insertion opening on at least one end face, through which opening the substantially rod-shaped fastening element can be translationally moved in the direction of the longitudinal extension of the substantially rod-shaped fastening element both when pushing on the filter device and when removing the filter device, wherein a slot in the fastening device is provided on the one lateral face of the receiving portion and at least one undercut is provided on the slot in order to securely receive the fastening element on or in the receiving portion, wherein the receiving portion is resiliently deformable and can be deformed such that a fastening element can be guided through the otherwise too narrow slot by means of a rotational movement or pivoting movement and can be removed from the receiving portion.
An air conditioning apparatus that performs air conditioning by circulating a refrigerant, the air conditioning apparatus including a first compressor having a gas engine as a driving source and a second compressor having an electric motor as a driving source, the first compressor and the second compressor being connected in parallel, the air conditioning further including a bypass pipe, a refrigerant liquid pipe, an exhaust heat recovering decompression device and an exhaust heat recovering heat exchanger wherein the bypass pipe connects a suction pipe of the second compressor and the refrigerant liquid pipe, wherein the exhaust heat recovering decompression device and the exhaust heat recovering heat exchanger are provided in the bypass pipe sequentially from the refrigerant liquid pipe, the air conditioning apparatus further including an oil separator upstream of a junction section of discharge pipes of the first compressor and the second compressor, an accumulator and an oil return pipe in a bottom portion of the oil separator, the air conditioning apparatus characterised by further including a first oil return pipe, a first oil return adjusting valve, a second oil return pipe, a second oil return adjusting valve and a low pressure gas pipe, wherein the oil return pipe is connected to the first oil return pipe and the second oil return pipe, the first oil return pipe is connected to the low pressure gas pipe downstream of the accumulator via the first oil return adjusting valve, the second oil return pipe is connected to the bypass pipe downstream of the exhaust heat recovering heat exchanger via the second oil return adjusting valve.
Valve having a diaphragm which has an edge which is arranged in an enclosure formed by a housing part and by a hood, wherein the valve has a web, wherein the edge of the diaphragm is of curved form, wherein the curve has its lowest point in the region of the web and preferably ascends in the flow direction and/or counter to the flow direction, characterized in that the hood has an areal region of curved form and a peripheral elevation of curved form, wherein the areal region of the hood forms an upper boundary of the enclosure, and the elevation is a projection which projects in the direction of a hollow space surrounded by the diaphragm and which forms a lateral wall for the enclosure, of curved form, of the diaphragm, and in that the housing part has a lateral wall surface whose edge is of curved form and which forms a part of the enclosure for the diaphragm.
An apparatus for cutting human or animal tissue, such as a cornea, or a lens, said apparatus including a femtosecond laser capable of emitting a laser beam in the form of pulses and a device for processing the laser beam generated by the femtosecond laser, the processing device being positioned downstream of said femtosecond laser, the processing device comprising: - a shaping system positioned on the trajectory of said beam, to modulate the phase of the wavefront of the laser beam so as to obtain a single phase-modulated laser beam according to a modulation set value calculated to distribute the energy of the laser beam in at least two impact points forming a pattern in its focal plane, - a optical focusing system downstream of the shaping system, the optical focusing system comprising a concentrator module for focusing the phase-modulated laser beam in a focusing plane and a depth positioning module for moving the focusing plane into a plurality of cutting planes, - a sweeping optical scanner positioned between the concentrator module and the depth positioning module for moving the pattern in the cutting plane to a plurality of positions, characterized in that the shaping system includes a spatial light modulator, the laser beam being a single beam upstream and downstream of the spatial light modulator, the control unit being programmed to control the spatial light modulator by transmitting at least one control signal, each control signal causing a phase mask to be displayed on the spatial light modulator forming the modulation set value, and in that the device comprises a filter positioned downstream of the shaping system for blocking parasitic energy generated at the center of the shaping system. - a shaping system positioned on the trajectory of said beam, to modulate the phase of the wavefront of the laser beam so as to obtain a single phase-modulated laser beam according to a modulation set value calculated to distribute the energy of the laser beam in at least two impact points forming a pattern in its focal plane, - a optical focusing system downstream of the shaping system, the optical focusing system comprising a concentrator module for focusing the phase-modulated laser beam in a focusing plane and a depth positioning module for moving the focusing plane into a plurality of cutting planes, - a sweeping optical scanner positioned between the concentrator module and the depth positioning module for moving the pattern in the cutting plane to a plurality of positions,
A method for producing a component having a toothed profile, wherein, in a first step, a component blank is inserted into a mount of a tool device for absorbing a pressing force during a movement of a pressing part of the tool device in a vertical displacement direction, characterised in that in a second step, the toothed profile is pressed into the component blank using a rotational body coupled to the pressing part via an articulated rod, and the rotational body is pressed in the direction of the component blank during the movement of the pressing part in the displacement direction and rolls along the component blank so that the toothed profile is formed. wherein, in a first step, a component blank is inserted into a mount of a tool device for absorbing a pressing force during a movement of a pressing part of the tool device in a vertical displacement direction, characterised in that in a second step, the toothed profile is pressed into the component blank using a rotational body coupled to the pressing part via an articulated rod, and the rotational body is pressed in the direction of the component blank during the movement of the pressing part in the displacement direction and rolls along the component blank so that the toothed profile is formed.
Fuel injection metering device for a motor vehicle which comprises a main body with at least one through-hole, wherein on its inside the main body forms a valve seat, which is provided to cooperate with a valve body in closing and opening the through-hole, and wherein a plurality of longitudinal grooves extending in the axial direction are formed on the inside of the main body and separated from one another by lands, and the inside of the main body is machined electrochemically, characterised in that the lands are rounded electrochemically in the junction region with the longitudinal grooves and the longitudinal grooves have a rounded shape in the cross-section of the fuel-injection metering device, the longitudinal grooves being arranged in the longitudinal direction between a hollow cylindrical wall section and a transition region close to the bottom in a chamfered region, the longitudinal grooves having a chamfer (a) of 5° to 10° relative to the longitudinal direction.
Pump comprising a pump housing composed of at least two housing parts (13, 14), wherein the at least two housing parts are interconnected by means of a latching device for the pump housing to produce a releasable latched connection between the two housing parts (13, 14), wherein the latching device has on a first housing part an elongate projecting latching hook comprising a latching protrusion on the upper side of the latching hook and introduction chamfers (23, 24) on the upper side and on the underside, wherein a latching opening is provided on a second housing part and has a latching tongue defining the latching opening outwardly, the latching protrusion abutting this latching tongue when the latched connection is completed, wherein an introduction web is arranged in the latching opening on the underside opposite the latching tongue and has an introduction chamfer for the latching hook, wherein at least one securing tongue engages from the side into the latching opening, a free end of said securing tongue protruding into the path of the latching hook when said latching hook is inserted into the latching opening.