mhurhangee/ep-ind-claims huggingface dataset:
Voltage converter, comprising - a coil, - a switch coupled in series to the coil, - a current sensor and - a control module that is coupled to a control terminal of the switch and is designed to provide a control signal to the control terminal of the switch such that a coil current flowing through the coil is selectively limited to a selected current value of at least two predetermined current values (ILA, ISM), wherein the voltage converter operates in a cycle having a first and a second phase (A, B), wherein the control module comprises a comparator, a further comparator and a counter and is designed to generate the control signal such that the switch is in a conducting state in the first phase and in a non-conducting state in the second phase that follows the first phase, wherein the comparator has a first input coupled to a converter output of the voltage converter and a second input to which a first threshold value is provided, and wherein the further comparator is designed for comparison of the coil current and the selected current value and thus for determining the end of the first phase and for triggering the start of the second phase, characterized in that the further comparator comprises a first and a second current source (53, 54), wherein a control input of the first current source is coupled to a counter output of the counter and an output of the current sensor is connected to a control input of the second current source, wherein the first and the second current source (53, 54) are connected in series between the converter output and a reference potential terminal and a comparator voltage can be tapped at a comparator node between the first and the second current source (53, 54), and wherein an output of the comparator is coupled to a reset input of the counter. - a coil, - a switch coupled in series to the coil, - a current sensor and - a control module that is coupled to a control terminal of the switch and is designed to provide a control signal to the control terminal of the switch such that a coil current flowing through the coil is selectively limited to a selected current value of at least two predetermined current values (ILA, ISM),
A combination comprising zidovudine or a pharmaceutically acceptable salt and/or solvate thereof and a tetracycline antibiotic that is doxycycline or a pharmaceutically acceptable salt and/or solvate thereof, for use in treating a bacterial infection, wherein the bacterial infection is caused by Enterobacteriaceae.
A floor system adapted to be arranged on an inner floor of a cargo or a back space of a service vehicle, said floor system comprising a first and a second prefabricated floor section (11', 11"), each one of said first and said second floor sections (11', 11") comprises - a floor panel, said floor panel comprising a first edge and a second edge, wherein said first edge is arranged opposite said second edge, said first and said second floor sections (11', 11") are adapted to be arranged next to each other such that said second edge of said floor panel of said first floor section is placed facing and adjacent to, or in contact with said first edge of said floor panel of said second floor section (11"), - a first securing rail fixedly attached to a third edge of said floor panel, said third edge extending at a right angle from said first edge to said second edge of said floor panel, and said floor system further comprising a floor portion (20, 20'), which is smaller than said first floor section and/or said second floor section (11") and said floor portion comprises a first outer edge which follows a contour of said first securing rail of said first and/or said second floor section (11', 11") and which is adapted to be placed adjacent to or in contact with said first securing rail of said first and/or said second floor section (11', 11") during use. - a floor panel, said floor panel comprising a first edge and a second edge, wherein said first edge is arranged opposite said second edge, said first and said second floor sections (11', 11") are adapted to be arranged next to each other such that said second edge of said floor panel of said first floor section is placed facing and adjacent to, or in contact with said first edge of said floor panel of said second floor section (11"), - a first securing rail fixedly attached to a third edge of said floor panel, said third edge extending at a right angle from said first edge to said second edge of said floor panel, and
A display apparatus, comprising: a display panel including a front substrate and a rear substrate; a frame provided behind the display panel; a side cover provided adjacent to sides of the display panel, the side cover including a side wall and a horizontal part extending from the side wall, the side cover connected to the frame, a back cover provided behind the frame, and connected to the frame, characterized in that the side cover is bent at each corner of two adjacent sides of the display panel where the side cover is provided; and wherein at least a portion of the horizontal part is separated by a gap and a hole at each of the corners, wherein the hole is positioned between the gap and the side wall, and wherein a width of the hole is greater than a width of the gap. a display panel including a front substrate and a rear substrate; a frame provided behind the display panel; a side cover provided adjacent to sides of the display panel, the side cover including a side wall and a horizontal part extending from the side wall, the side cover connected to the frame, a back cover provided behind the frame, and connected to the frame, characterized in that the side cover is bent at each corner of two adjacent sides of the display panel where the side cover is provided; and wherein at least a portion of the horizontal part is separated by a gap and a hole at each of the corners, wherein the hole is positioned between the gap and the side wall, and wherein a width of the hole is greater than a width of the gap.
Process for preparing aldehydes by hydroformylation of alkenes, in which an alkene-containing feed mixture is subjected to a primary hydroformylation with synthesis gas in the presence of a homogeneous catalyst system, the primary hydroformylation being effected in a primary reaction zone from which a cycle gas containing at least some of the products and unconverted reactants of the primary hydroformylation are drawn off continuously and partly condensed, with recycling of uncondensed components of the cycle gas into the primary reaction zone, and with distillative separation of condensed components of the cycle gas in an aldehyde removal stage to give an aldehyde-rich mixture and a low-aldehyde mixture, characterized in that the low-aldehyde mixture is separated into a retentate and a permeate by means of a membrane separation unit in such a way that alkenes present in the low-aldehyde mixture become enriched in the permeate, while alkanes present in the low-aldehyde mixture become enriched in the retentate, and in that the permeate is transferred into a secondary reaction zone and subjected to a secondary hydroformylation therein with synthesis gas in the presence of an SILP catalyst system, with supply of the reaction product obtained from the secondary hydroformylation to the aldehyde removal stage.
Method for transmitting acknowledgements in a communication system comprising a server, a plurality of end devices (110, 111, 112), and at least one gathering gateway (120, 121, 122, 123) serving as a relay between the server and the end devices (110, 111, 112), each end device (110, 111, 112) communicating with at least one said gathering gateway (120, 121, 122, 123) via a wireless communication medium, the method being implemented by the server, the method comprising the following steps: - creating at least one group and allocating end devices (110, 112) to each group created; - defining, for each group created, instances of a group reception window during which the end devices of said group can listen out on the wireless communication medium in order to determine whether their uplink frame is acknowledged in a group acknowledgement, the instances of a group reception window being separated by a period P of predetermined duration known to the server and to each end device of said group, so that the instances of group reception windows occur at deterministic instants; - receiving (608, 610) uplink frames coming from the end devices (110, 111, 112); - for a said end device allocated to a group, acknowledging, via the gateway acting as relay, the uplink frames received in a downlink frame transmitted in multicast mode (612a, 612b) in a said instance of the group reception window defined for said group, said downlink frame including a group acknowledgement for all the uplink frames sent by end devices (110, 112) in the group during the period P preceding said instance of the group reception window; and, - for a said end device that is not allocated to a group, acknowledging (605, 617, via the gateway acting as relay, the uplink frames received in unicast mode. - creating at least one group and allocating end devices (110, 112) to each group created; - defining, for each group created, instances of a group reception window during which the end devices of said group can listen out on the wireless communication medium in order to determine whether their uplink frame is acknowledged in a group acknowledgement, the instances of a group reception window being separated by a period P of predetermined duration known to the server and to each end device of said group, so that the instances of group reception windows occur at deterministic instants; - receiving (608, 610) uplink frames coming from the end devices (110, 111, 112); - for a said end device allocated to a group, acknowledging, via the gateway acting as relay, the uplink frames received in a downlink frame transmitted in multicast mode (612a, 612b) in a said instance of the group reception window defined for said group, said downlink frame including a group acknowledgement for all the uplink frames sent by end devices (110, 112) in the group during the period P preceding said instance of the group reception window; and, - for a said end device that is not allocated to a group, acknowledging (605, 617, via the gateway acting as relay, the uplink frames received in unicast mode.
A razor assembly comprising: a handle having a connecting portion at a distal end; an elastic pin configured to interconnect with the connecting portion of the handle, and a blade assembly having a housing with a receiving portion that is configured to releasably connect with the elastic pin, wherein the elastic pin comprises a pair of prongs (52c, 52d) attached at a proximal end, extending to a distal end, and having an angle (β) therebetween, wherein a respective distal end of each prong of the pair of prongs forms a convex head (54c, 54d), wherein the convex heads (54c, 54d) are configured to define a substantially spherical envelope at the distal end of the elastic pin, and characterized in that the elastic pin includes a raised portion disposed on at least one prong of the pair of prongs (52c, 52d), and the raised portion is disposed at least partially in a window formed in the connecting portion. a handle having a connecting portion at a distal end; an elastic pin configured to interconnect with the connecting portion of the handle, and a blade assembly having a housing with a receiving portion that is configured to releasably connect with the elastic pin, wherein the elastic pin comprises a pair of prongs (52c, 52d) attached at a proximal end, extending to a distal end, and having an angle (β) therebetween, wherein a respective distal end of each prong of the pair of prongs forms a convex head (54c, 54d), wherein the convex heads (54c, 54d) are configured to define a substantially spherical envelope at the distal end of the elastic pin, and characterized in that the elastic pin includes a raised portion disposed on at least one prong of the pair of prongs (52c, 52d), and the raised portion is disposed at least partially in a window formed in the connecting portion.
A bias circuit for biasing flash memory cells comprising: a dummy decoding path (18; 118) between a global bias line (33; 133) and a bias node (25; 125); a reference current generator (15; 115), coupled to the dummy decoding path (18; 118) and configured to supply a reference current (I T; I T ') that reproduces an average current flowing in a flash memory cell during programming; a bias stage (16, 17; 116, 117) configured to set a cell bias voltage (V BDC; V BDC ') on the bias node (25; 125); and a compensation stage (20; 120), configured to compensate a current absorption of the bias stage (16, 17; 116, 117) at the bias node (25; 125) so that the reference current (I T; I T ') will flow through the dummy decoding path (18; 118); characterized in that the bias stage (16, 17; 116; 117) comprises a bias resistive path (16; 116), coupled to the bias node (25; 125), and a bias voltage regulator (17; 117), configured to impose a reference voltage (V R) on a bias regulation node (27; 127) of the bias resistive path (16; 116); and the compensation stage is configured to supply a compensation current (Ic) equal, and of opposite sign with respect, to a bias current (I B; I B ') flowing in the bias resistive path (16; 116). a dummy decoding path (18; 118) between a global bias line (33; 133) and a bias node (25; 125); a reference current generator (15; 115), coupled to the dummy decoding path (18; 118) and configured to supply a reference current (I T; I T ') that reproduces an average current flowing in a flash memory cell during programming; a bias stage (16, 17; 116, 117) configured to set a cell bias voltage (V BDC; V BDC ') on the bias node (25; 125); and a compensation stage (20; 120), configured to compensate a current absorption of the bias stage (16, 17; 116, 117) at the bias node (25; 125) so that the reference current (I T; I T ') will flow through the dummy decoding path (18; 118); characterized in that the bias stage (16, 17; 116; 117) comprises a bias resistive path (16; 116), coupled to the bias node (25; 125), and a bias voltage regulator (17; 117), configured to impose a reference voltage (V R) on a bias regulation node (27; 127) of the bias resistive path (16; 116); and the compensation stage is configured to supply a compensation current (Ic) equal, and of opposite sign with respect, to a bias current (I B; I B ') flowing in the bias resistive path (16; 116).
A hair trimming device comprising a mobile cutting element and a fixed cutting element on one side of the mobile cutting element, the fixed and mobile cutting elements (4, 5) each comprising a plurality of teeth (6, 7) configured so that hairs entering the space between said teeth (6, 7) are cut when the mobile cutting element is moving relative to the fixed cutting element, wherein a fixed guard is positioned on the opposite side of the mobile cutting element to the fixed cutting element to limit contact between the mobile cutting element and the skin, wherein the fixed guard is positioned between the mobile cutting element and the skin to limit contact between the teeth of the mobile cutting element and the skin, wherein the fixed guard comprises a plurality of teeth, wherein the teeth of the fixed cutting element form a contact point with the skin, and wherein the teeth of the fixed guard form a second contact point with the skin and act to limit the deformation of the skin and so reduce the contact between the mobile cutting element and the skin, characterized in that the teeth of the fixed cutting element extend further from a supporting frame than the teeth of the fixed guard and/or the teeth of the mobile cutting element; and in that the teeth of the mobile cutting element extend further from the supporting frame than the teeth of the fixed guard. wherein the fixed guard is positioned between the mobile cutting element and the skin to limit contact between the teeth of the mobile cutting element and the skin, wherein the fixed guard comprises a plurality of teeth, wherein the teeth of the fixed cutting element form a contact point with the skin, and wherein the teeth of the fixed guard form a second contact point with the skin and act to limit the deformation of the skin and so reduce the contact between the mobile cutting element and the skin, characterized in that the teeth of the fixed cutting element extend further from a supporting frame than the teeth of the fixed guard and/or the teeth of the mobile cutting element; and in that the teeth of the mobile cutting element extend further from the supporting frame than the teeth of the fixed guard.
Electric conductor comprising: - a rod made of a first copper, nickel, silver or copper alloy metal material hardened by dispersoids; and - a sheath fully covering the rod and made of a second stainless metal material, of electric resistivity greater than the electric resistivity of the first metal material, wherein the rod and the sheath are welded to one another using a hot isostatic pressing. - a rod made of a first copper, nickel, silver or copper alloy metal material hardened by dispersoids; and - a sheath fully covering the rod and made of a second stainless metal material, of electric resistivity greater than the electric resistivity of the first metal material,
Process for producing cement clinker, comprising the following process steps: - preheating raw meal containing lime and silicate in a preheater, - deacidifying the preheated raw meal in a calciner, - sintering the deacidified raw meal in a rotary kiln, - quenching the raw meal sintered into cement clinker, in a cooler, wherein the preheated raw meal is fed into the base of the calciner, where the raw meal is suspended in the updraught of the offgas flowing out of the rotary kiln into the calciner, characterized by - feeding carbide lime into the base of the calciner, - passing offgas from the preheater into a grinding-drying device for the carbide lime, and - passing the drying exhaust air from the grinding-drying device into the cooler, so that the drying exhaust air enters the rotary kiln or the tertiary air conduit as secondary air. - preheating raw meal containing lime and silicate in a preheater, - deacidifying the preheated raw meal in a calciner, - sintering the deacidified raw meal in a rotary kiln, - quenching the raw meal sintered into cement clinker, in a cooler, wherein the preheated raw meal is fed into the base of the calciner, where the raw meal is suspended in the updraught of the offgas flowing out of the rotary kiln into the calciner, characterized by wherein the preheated raw meal is fed into the base of the calciner, where the raw meal is suspended in the updraught of the offgas flowing out of the rotary kiln into the calciner, characterized by - feeding carbide lime into the base of the calciner, - passing offgas from the preheater into a grinding-drying device for the carbide lime, and - passing the drying exhaust air from the grinding-drying device into the cooler, so that the drying exhaust air enters the rotary kiln or the tertiary air conduit as secondary air.
A ready-to-drink composition which is a dairy-based, non-chocolate flavored beverage comprising a proteinaceous liquid; a stabilizer selected from pectin, carboxymethylcellulose and mixtures thereof; an edible acid; and a cocoa extract comprising cocoa polyphenols; wherein the pH is from 3.5 to 4.0.
Reversible plough with a plough frame which is fastenable rotatably and/or pivotably to a headstock for connecting the reversible plough to an agricultural tractor, and with rows of ploughshares (4, 5) which are arranged on opposite sides of the plough frame and have plough bodies, wherein, by means of a rotational movement of the plough frame initiated via a driving device, either the one or the other row of ploughshares (4, 5) is transferable into the operating position thereof or into the non-operating position thereof, and wherein the plough bodies are fastened to the plough frame via plough body holders, wherein holders of functional parts, such as the plough body holder and/or the holding part of the headstock, are provided with an extension element (17, 18, 25, 26) which is insertable into a recess, wherein the extension element (17, 18, 25, 26, 29) has a moveable connecting member which is insertable into the recess, characterized in that the holding part and/or the plough frame has at least one extension element (17, 18, 25, 26, 29) which engages in a form-fitting manner in a complementarily formed recess (27, 28, 33) of the plough frame and/or of the holding part.
A method for the production of a suspension spring in particular for a motor vehicle, made from a composite material including fibres and resin, comprising, on a single production line, the successive steps of: • winding, consisting by means of at least one forming unit (9, 10) in manufacturing a wire comprising at least one layer of fibres wound around a central core, the fibre being previously coated with resin before said winding step, • shaping of the wire around a mandrel driven by a rotational movement, drawing the wire as it is being shaped and positioning the latter in a helicoidal shape, characterized in that the fibres are cord fibres, in that the central core is made from three coaxially assembled fibres, in that by means of at least two forming units (9, 10) positioned successively along the production line, the winding step consists in manufacturing a wire including at least two layers of fibres wound around the central core, each forming unit (9, 10) winding an additional layer of fibres around the central core, in that the mandrel is of a complementary shape to the spring which is to be obtained, in that the resin is a thermoplastic resin and in that the method comprises at least the steps of: • polymerisation, immediately after winding, • connecting of the wire, consisting in heating the wire by heating means disposed around the production line, so as to soften the preimpregnated resin in the fibres, for the adhesion of the fibres with one another. • winding, consisting by means of at least one forming unit (9, 10) in manufacturing a wire comprising at least one layer of fibres wound around a central core, the fibre being previously coated with resin before said winding step, • shaping of the wire around a mandrel driven by a rotational movement, drawing the wire as it is being shaped and positioning the latter in a helicoidal shape, • polymerisation, immediately after winding, • connecting of the wire, consisting in heating the wire by heating means disposed around the production line, so as to soften the preimpregnated resin in the fibres, for the adhesion of the fibres with one another.