mhurhangee/ep-ind-claims huggingface dataset:
Method for dosing a continuous elongated element, the method comprising: - advancing said continuous elongated element along a first tract with an advancement direction for feeding in continuous said continuous elongated element to a feeding point with a feeding speed; - in a detection point along said first tract optically detecting in continuous geometrical information relating to a section of said continuous elongated element on a plane substantially perpendicular to said advancement direction; - calculating in continuous a value representative of an areal extension of said section as a function of said geometrical information; and the method being characterised by - adjusting in continuous said feeding speed as a function of said value representative of the areal extension and of a reference value of feeding flow rate of said continuous elongated element in said feeding point. - advancing said continuous elongated element along a first tract with an advancement direction for feeding in continuous said continuous elongated element to a feeding point with a feeding speed; - in a detection point along said first tract optically detecting in continuous geometrical information relating to a section of said continuous elongated element on a plane substantially perpendicular to said advancement direction; - calculating in continuous a value representative of an areal extension of said section as a function of said geometrical information; and the method being characterised by - adjusting in continuous said feeding speed as a function of said value representative of the areal extension and of a reference value of feeding flow rate of said continuous elongated element in said feeding point.
A composite decarbonization solution for recycling carbon dioxide in a mixed gas, wherein a solid catalyst is added to an original hydroxyethyl-ethylenediamine (AEEA) mixed decarbonization solution, and the solid catalyst is a carbon nano tube.
Composite insulator with a core, in particular of a fibre-reinforced thermoset, and with a protective layer (8, 8'), in particular of an insulating elastomer, surrounding this core, wherein the protective layer (8, 8') comprises in certain portions particles influencing the field of the insulator and wherein the protective layer (8, 8') has a number of sheds to extend the creepage distance, characterized in that a partial number of sheds, i.e., a plurality of sheds but not all sheds, comprise the protective layer (8, 8') with the field-influencing particles, in that the protective layer (8, 8') comprises the field-influencing particles on the underside of this partial number of sheds and in that the upper side of this partial number of sheds is free from field-influencing particles.
An electrophotographic member comprising: an electroconductive substrate; an electroconductive elastic layer on or above the substrate; and an insulating portion on the elastic layer, an outer surface of the electrophotographic member being composed of an outer surface of the insulating portion and an outer surface of the elastic layer that is not covered with the insulating portion, wherein the elastic layer contains a urethane resin as a first resin, and the elastic layer has a region from the outer surface of the elastic layer constituting the outer surface of the electrophotographic member to a depth of 1 μm as determined according to the description, the region further containing a second resin selected from the group consisting of a polyallyl resin, a vinyl resin, an acrylic resin, and a methacrylic resin. an electroconductive substrate; an electroconductive elastic layer on or above the substrate; and an insulating portion on the elastic layer, an outer surface of the electrophotographic member being composed of an outer surface of the insulating portion and an outer surface of the elastic layer that is not covered with the insulating portion, wherein the elastic layer contains a urethane resin as a first resin, and the elastic layer has a region from the outer surface of the elastic layer constituting the outer surface of the electrophotographic member to a depth of 1 μm as determined according to the description, the region further containing a second resin selected from the group consisting of a polyallyl resin, a vinyl resin, an acrylic resin, and a methacrylic resin.
A vehicle control device for controlling a transmission ratio of a continuously variable transmission and a throttle opening degree, comprising: a basic target engine rotation speed calculation unit configured to calculate a basic target engine rotation speed, based on information concerning a vehicle speed; a final target engine rotation speed calculation unit configured to calculate a final target engine rotation speed, based on the basic target engine rotation speed and a target value concerning a driving force of a vehicle, and a target transmission ratio calculation unit configured to calculate a target transmission ratio, based on the final target engine rotation speed, characterized in that said control device further comprises a target engine torque calculation unit configured to calculate a target engine torque, based on an accelerator operation amount and the basic target engine rotation speed; and a target throttle opening degree calculation unit configured to calculate a target throttle opening degree, based on the target engine torque and the final target engine rotation speed. a basic target engine rotation speed calculation unit configured to calculate a basic target engine rotation speed, based on information concerning a vehicle speed; a final target engine rotation speed calculation unit configured to calculate a final target engine rotation speed, based on the basic target engine rotation speed and a target value concerning a driving force of a vehicle, and a target transmission ratio calculation unit configured to calculate a target transmission ratio, based on the final target engine rotation speed, characterized in that said control device further comprises a target engine torque calculation unit configured to calculate a target engine torque, based on an accelerator operation amount and the basic target engine rotation speed; and a target throttle opening degree calculation unit configured to calculate a target throttle opening degree, based on the target engine torque and the final target engine rotation speed.
A scroll type fluid machine comprising a housing, an orbiting scroll so supported in the housing as to be capable of orbiting motion, an Oldham's ring preventing the rotation of the orbiting-scroll, a fixed member situated on the back side of the orbiting scroll and fixed to the housing, a back pressure chamber formed between the orbiting scroll and the fixed member and a sealing member situated between the fixed member and the orbiting scroll for sealing the back pressure chamber, the orbiting scroll having an Oldham's keyway formed along the edge of its back side for holding one end portion of the Oldham's ring slidably, characterised in that the sealing member has a tongue part formed to cut off the flow of any fluid from the back pressure chamber to the Oldham's keyway.
A terminal comprising: a receiving section configured to receive information regarding a frequency of a synchronization signal block to be shared with a first bandwidth part, BWP, and a second BWP in a serving cell; and a control section configured to, when the first BWP is active, perform radio link monitoring by using the synchronization signal block, and when the second BWP is active, perform radio link monitoring by using a channel state information-reference signal, CSI-RS. a receiving section configured to receive information regarding a frequency of a synchronization signal block to be shared with a first bandwidth part, BWP, and a second BWP in a serving cell; and a control section configured to, when the first BWP is active, perform radio link monitoring by using the synchronization signal block, and when the second BWP is active, perform radio link monitoring by using a channel state information-reference signal, CSI-RS.
A terminal comprising: a receiving section configured to receive information used for scheduling of a physical uplink shared channel (PUSCH); and a control section characterised by being configured to, when the information comprises downlink control information format 0_0 received in a User Equipment -specific search space or when the information comprises DCI format 0_0 received in a common search space and having a Cyclic Redundancy Check scrambled by Cell-Radio Network Temporary Identifier (C-RNTI), control transmission of the PUSCH based on a time domain resource allocation list referenced for DCI format 0_1. a receiving section configured to receive information used for scheduling of a physical uplink shared channel (PUSCH); and a control section characterised by being configured to, when the information comprises downlink control information format 0_0 received in a User Equipment -specific search space or when the information comprises DCI format 0_0 received in a common search space and having a Cyclic Redundancy Check scrambled by Cell-Radio Network Temporary Identifier (C-RNTI), control transmission of the PUSCH based on a time domain resource allocation list referenced for DCI format 0_1.
A blower (10, 50, 60, 80) for a breathing apparatus comprising: a bottom support for a shaft, a top support for a shaft, a motor core (4, 88) comprising a stator (16, 89) and rotor (17, 90), an impeller (18, 27, 95) coupled to the motor core (4, 88) via a shaft, wherein the shaft is rotatably coupled at a first end via a stub axle (29a, 70, 71) and bearing arrangement to the top support and at a second end via a stub axle (29b, 70, 71) and bearing arrangement to the bottom support, wherein the shaft is partially or fully hollow and the first and second ends have bearings within the hollow. a bottom support for a shaft, a top support for a shaft, a motor core (4, 88) comprising a stator (16, 89) and rotor (17, 90), an impeller (18, 27, 95) coupled to the motor core (4, 88) via a shaft, wherein the shaft is rotatably coupled at a first end via a stub axle (29a, 70, 71) and bearing arrangement to the top support and at a second end via a stub axle (29b, 70, 71) and bearing arrangement to the bottom support, wherein the shaft is partially or fully hollow and the first and second ends have bearings within the hollow.
A transmitter for transmitting data via a combination of a first signal modulated at a first carrier frequency, and a second signal modulated at a second carrier frequency, different to the first carrier frequency, the transmitter comprising a local oscillator and being configured to identify a required signal strength of the first signal and a required signal strength of the second signal, and adaptively configure the local oscillator to operate at a first local oscillator frequency and an alternative local oscillator frequency, different to the first frequency, in dependence on the required signal strength of the first signal relative to the required signal strength of the second signal.
Growth hormone releasing peptide-6 (GHRP-6) for use as a late cardioprotective medicine and a cardiac restoration medicine in the treatment of a patient affected by a pathology selected from the group consisting of acute myocardial infarction with ST segment elevation or depression, acute coronary syndrome, acute or chronic ischemic myocardial disease, heart failure and episodes of ischemia / reperfusion of the heart muscle, or to rescue ventricular mass from stunning or hibernation states, low-cardiac output syndrome and cardiogenic shock, wherein the GHRP-6 is administered between 12 and 96 hours after an episode of ischemia is established.
A grid of profiles for a suspended ceiling system comprising: a primary profile provided with a bulb portion extending in a longitudinal direction of the primary profile, a secondary profile comprising a connector at an end of the secondary profile, and a connection clip comprising a base portion configured for mounting to the bulb portion of the primary profile and characterized in that the connection clip further comprises a projecting flange provided with an opening, the opening being configured for reception of the connector of the secondary profile from a first side of the projecting flange and also a connector of an opposing secondary profile from a second side of the projecting flange, wherein the connection clip is mounted to the bulb portion of the primary profile and the connector of the secondary profile is inserted into the opening of projecting flange such that the secondary profile is connected to the primary profile via the connection clip at a secondary profile level which is different from a primary profile level in which the primary profile extends. a primary profile provided with a bulb portion extending in a longitudinal direction of the primary profile, a secondary profile comprising a connector at an end of the secondary profile, and a connection clip comprising a base portion configured for mounting to the bulb portion of the primary profile and characterized in that the connection clip further comprises a projecting flange provided with an opening, the opening being configured for reception of the connector of the secondary profile from a first side of the projecting flange and also a connector of an opposing secondary profile from a second side of the projecting flange, wherein the connection clip is mounted to the bulb portion of the primary profile and the connector of the secondary profile is inserted into the opening of projecting flange such that the secondary profile is connected to the primary profile via the connection clip at a secondary profile level which is different from a primary profile level in which the primary profile extends.
A process of manufacture of one or more agarose beads, comprising generating an aerosol of an aqueous agarose solution, cooling the droplets of said aerosol in air to initiate gelling thereof and collecting droplets as gelled beads in a liquid or on a surface, characterised by adding a hydrophilic vapour pressure-lowering agent to said agarose solution, wherein the amount of added vapour pressure-lowering agent does not exceed 50%, and wherein the vapour pressure-lowering agent comprises molecules of a Mw below 200 D, is defined by a vapour pressure below 310 mbar at 70 °C and is selected from the group consisting of glycols.
A conjugated polymer based on perylene tetracarboxylic acid diimide and dibenzothiophene, having the following general formula: wherein: n is a positive integer less than 101; R 1, R 2 and R 3 are a hydrogen, a C 1 -C 20 alkyl and a C 1 -C 20 alkoxy phenyl or phenyl; and R 4 and R 5 are a C 1 -C 20 alkyl. wherein: n is a positive integer less than 101; R 1, R 2 and R 3 are a hydrogen, a C 1 -C 20 alkyl and a C 1 -C 20 alkoxy phenyl or phenyl; and R 4 and R 5 are a C 1 -C 20 alkyl.
Method for fabricating a non-uniformly curved photovoltaic module comprising multiple photovoltaic cells, the method at least comprising: - determining a minimum allowable bending radius r b of the photovoltaic cells, - analysing a curvature radius r c of one of the photovoltaic cells being assumed to being arranged at a positioning area within the photovoltaic module, wherein the curvature radius r c is analysed for each of multiple positioning areas along a lateral extension of the photovoltaic module, - arranging the photovoltaic cells in a curvature limited configuration in which none of the photovoltaic cells overlaps a highly bended area the curvature radius r c of which has been analysed to be smaller than the minimum allowable bending radius r b for the photovoltaic cell, and - fixing the photovoltaic cells in the curvature limited configuration within the photovoltaic module. - determining a minimum allowable bending radius r b of the photovoltaic cells, - analysing a curvature radius r c of one of the photovoltaic cells being assumed to being arranged at a positioning area within the photovoltaic module, wherein the curvature radius r c is analysed for each of multiple positioning areas along a lateral extension of the photovoltaic module, - arranging the photovoltaic cells in a curvature limited configuration in which none of the photovoltaic cells overlaps a highly bended area the curvature radius r c of which has been analysed to be smaller than the minimum allowable bending radius r b for the photovoltaic cell, and - fixing the photovoltaic cells in the curvature limited configuration within the photovoltaic module.
Oscillating positive displacement pump with at least one mobile part, which is arranged to be moveable relative to a fixed part and is driven by means of a drive and drives a displacement element of the positive displacement pump itself, wherein the drive has a plurality of energized coils and permanent magnets and the plurality of coils or the plurality of permanent magnets are arranged on the mobile part of the drive respectively, wherein magnetic fields with an alternating direction flow through the plurality of energized coils with alternating winding directions, said magnetic fields being generated or capable of being generated by a plurality of permanent magnets due to an alternating polarization and being conducted or capable of being conducted into the coils via the magnetic poles, wherein each energized coil contributes a summable contribution to the force arising by means of this in the axial direction of the drive, wherein at least one guide member (50a, 50b) is provided on the drive, which permits the mobile part to move along only one degree of translational motion of freedom and wherein a measurement and control unit with a data storage and data processing device is associated with the positive displacement pump, which processes a position signal of the mobile part and the strength of the drive current as a measured and/or control variable, characterized in that the positive displacement pump is designed as a diaphragm pump and its displacement element is designed as diaphragm and in that the drive is designed as an electrodynamic drive free of pole pieces around the coils.
A tubular component for a pipe system, the tubular component including an external shell and an internal, tubular, solid, integral wear element which is attached to the inner jacket surface of the shell with a bonding mass in a first annular space formed between the outer jacket surface of the wear element and the inner jacket surface of the shell, characterized i n that the bonding mass is constituted by a hyperelastic material and that the wear element is constituted by a monolithic ceramic material.
A track segment comprising a segment body made of reinforced elastomeric material and comprising an outer ground-engaging surface, an inner wheel- engaging surface, a first lateral edge, a second lateral edge, a first extremity and a second extremity, the segment body comprising a plurality of laterally extending and substantially rigid lug-bearing sections which are interconnected by laterally extending and substantially flexible lug-less sections, each of the lug-bearing sections comprising, on the inner surface, at least one inner lug (410, 420, 430), and, on the outer surface, at least one outer lug, the segment body being respectively terminated, at the first and second extremities (207, 209), by two of the lug-less sections, the track segment comprising a first joint element mounted at the first extremity of the segment body, and a second joint element mounted at the second extremity of the segment body, the first and second joint elements (250, 270) being configured to form a common substantially rigid joint section when connected together, wherein the track segment comprises an inner plate assembly and an outer plate assembly configured to be secured to the first and second joint elements (250, 270) and to each other and wherein the first joint element comprises a first joint portion and a first anchoring portion, and wherein the second joint element comprises a second joint portion and a second anchoring portion characterized in that the inner plate assembly comprises a wheel-engaging surface which comprises at least one inner lug (465, 466, 467), the outer plate assembly comprises a ground-engaging surface which comprises at least one outer lug, and the first joint portion has a first dovetail configuration, wherein the second joint portion has a second dovetail configuration which is complementary to the first dovetail configuration. the inner plate assembly comprises a wheel-engaging surface which comprises at least one inner lug (465, 466, 467), the outer plate assembly comprises a ground-engaging surface which comprises at least one outer lug, and the first joint portion has a first dovetail configuration, wherein the second joint portion has a second dovetail configuration which is complementary to the first dovetail configuration.
A rectifier circuit comprising: a diode having a first terminal coupled at an input node and a second terminal coupled at an output node; a first transistor having a first current electrode coupled at the input node and a second current electrode coupled at the output node; a comparator circuit having a first input coupled at the input node, a second input coupled at the output node, and an output coupled to a control electrode of the first transistor; and a bias circuit coupled to the comparator circuit, the bias circuit configured to generate a bias current in the comparator circuit; characterized in that the comparator circuit further comprises: a second transistor having a first current electrode coupled at the input node and having a control electrode coupled at a first node; a third transistor having a first current electrode coupled at a second current electrode of the second transistor and at the first node and having a control electrode coupled to a second node; a fourth transistor having a first current electrode coupled at the output node and a control electrode coupled at the first node; and a fifth transistor having a first current electrode coupled at the second current electrode of the fourth transistor and at the control electrode of the first transistor and having a control electrode coupled to the second node. a diode having a first terminal coupled at an input node and a second terminal coupled at an output node; a first transistor having a first current electrode coupled at the input node and a second current electrode coupled at the output node; a comparator circuit having a first input coupled at the input node, a second input coupled at the output node, and an output coupled to a control electrode of the first transistor; and a bias circuit coupled to the comparator circuit, the bias circuit configured to generate a bias current in the comparator circuit; characterized in that the comparator circuit further comprises: a second transistor having a first current electrode coupled at the input node and having a control electrode coupled at a first node; a third transistor having a first current electrode coupled at a second current electrode of the second transistor and at the first node and having a control electrode coupled to a second node; a fourth transistor having a first current electrode coupled at the output node and a control electrode coupled at the first node; and a fifth transistor having a first current electrode coupled at the second current electrode of the fourth transistor and at the control electrode of the first transistor and having a control electrode coupled to the second node.