mhurhangee/ep-ind-claims huggingface dataset:
A sliding tray configured to support one or more optical communications modules comprising: a body portion having one or more mounting locations for the one or more optical communications modules; a trough projecting from the body portion and configured to support optical fibers connected to the one or more optical communications modules; and a cover pivotably connected to the tray and selectively pivotable between an open position providing access to the trough and a closed position covering the trough, characterized by: said cover including a main panel having a front edge, a rear edge and first and second side edges with a front wall depending from the front edge of the main panel, wherein the cover is connected to the tray near a junction of the body portion and the trough and, wherein in the closed position, the main panel covers the top of the trough and the front wall covers the front of the trough. a body portion having one or more mounting locations for the one or more optical communications modules; a trough projecting from the body portion and configured to support optical fibers connected to the one or more optical communications modules; and a cover pivotably connected to the tray and selectively pivotable between an open position providing access to the trough and a closed position covering the trough, characterized by: said cover including a main panel having a front edge, a rear edge and first and second side edges with a front wall depending from the front edge of the main panel, wherein the cover is connected to the tray near a junction of the body portion and the trough and, wherein in the closed position, the main panel covers the top of the trough and the front wall covers the front of the trough.
A kit comprising a carrier and vessels arranged on the carrier, wherein different reagents are contained in different vessels, the carrier has a footprint on the bottom side for being placed on a base, and the carrier has bottom positioning means for being positioned on at least one workplace of an automated laboratory system for microtiter plates according to the SBS standard, the vessels with an openable closing device are arranged on top of the carrier and are held by retaining means of the carrier, wherein the retaining means hold at least one vessel when the footprint of the carrier is arranged on a horizontal base aligned inclined towards the vertical, so that the residual amount of fluid collects at the lowest point of the inclined vessel bottom.
A guiding unit for agricultural products for a pick-up device for harvesting said agricultural products, said pick-up device comprising a frame extending along a main line, pick-up means associated with the frame and unloading means which are operatively positioned downstream of the pick-up means and are movable along the main line, said guiding unit comprising: - a supporting body connectable to the frame of the pick-up device and provided with a supporting portion which, during use, is located above the unloading means; - a guiding element extending mainly along said main line and delimited, transversally to an operating direction, by an upper longitudinal edge, proximal to the supporting body, and by a lower longitudinal edge, distal from the supporting body and, in use, opposite and in front of the pick-up means in such a way as to delimit a pass-through section for the products to be harvested, guiding them; characterised in that it comprises connecting means operatively interposed between the guiding element and said supporting portion of the supporting body, designed to constrain said guiding element to move towards and away from the supporting body in a single sliding plane extending along said main line of said guiding element and inclined relative to a horizontal plane for supporting the device so that a translation of the guiding element in the sliding plane is allowed following both a substantially vertical pushing action performed by the products on the pick-up means and a pushing action performed horizontally on the lower longitudinal edge. - a supporting body connectable to the frame of the pick-up device and provided with a supporting portion which, during use, is located above the unloading means; - a guiding element extending mainly along said main line and delimited, transversally to an operating direction, by an upper longitudinal edge, proximal to the supporting body, and by a lower longitudinal edge, distal from the supporting body and, in use, opposite and in front of the pick-up means in such a way as to delimit a pass-through section for the products to be harvested, guiding them;
Self-retracting device for a furniture part which can be pulled out of a furniture carcass in a pull-out direction by means of a pull-out guide and pushed into the furniture carcass in the opposite direction to the pull-out direction, comprising - a slide mounted on a base body so as to be displaceable from a home position to a waiting position, - a retraction spring acting on the slide into the home position, the slide being displaceable from the home position into the waiting position by coupling with a driver movable in the pull-out direction against the force exerted by the retraction spring, in which waiting position the driver can be uncoupled from the slide and in which the slide is held against the force of the retraction spring, and - a damper unit for damping the displacement of the slide from the waiting position to the home position, which has a part movable in and against the pull-out direction, which is coupled to the slide, characterized in that the slide is coupled to the movable part of the damper unit via an arm which is pivotable relative to the slide about a first pivot axis and relative to the damper unit about a second pivot axis, wherein the first pivot axis is displaceable relative to the arm or the slide and/or the second pivot axis is displaceable relative to the arm or the movable part of the damper unit, and which is displaceable by the base body between a rear end position, which the arm takes up in the basic position of the slide, and a front end position, which the arm takes up in the basic position of the slide, and a front end position, which the arm takes up in the waiting position of the slide, wherein when the slide is displaced by the retraction spring over a retraction path from the waiting position into the home position of the slide, the arm is rotated about an axis perpendicular to the extension direction at least in one end section of the retraction path and the distance of displacement of the slide over this end section of the retraction path is greater than the distance of displacement of the movable part of the damper unit. - a slide mounted on a base body so as to be displaceable from a home position to a waiting position, - a retraction spring acting on the slide into the home position, the slide being displaceable from the home position into the waiting position by coupling with a driver movable in the pull-out direction against the force exerted by the retraction spring, in which waiting position the driver can be uncoupled from the slide and in which the slide is held against the force of the retraction spring, and - a damper unit for damping the displacement of the slide from the waiting position to the home position, which has a part movable in and against the pull-out direction, which is coupled to the slide,
Plant for coating, in particular painting articles, in particular vehicle bodies, having a) a coating booth, in which coating material can be applied to the articles and through which can be conducted an air flow which takes up and carries off resulting overspray of the coating material; b) a separation device, to which this booth air can be supplied and where a large part of at least the solids is separated from the overspray, having at least one filter module through which overspray-laden booth air can be conducted and in which overspray is deposited; wherein c) the filter module delimits a filter space through which overspray-laden booth air can be conducted in a main flow direction, characterised in that d) a multiplicity of separation elements (80; 92; 94) composed of a separation material which is permeable to the booth air are arranged in the filter space such that a flow labyrinth is formed between the separation elements (80; 92; 94); e) the separation material is a fibre material; f) the material density of the separation elements (80; 92; 94) in the filter stages (86a, 86n, 86c, 86d) increases in the main flow direction. a) a coating booth, in which coating material can be applied to the articles and through which can be conducted an air flow which takes up and carries off resulting overspray of the coating material; b) a separation device, to which this booth air can be supplied and where a large part of at least the solids is separated from the overspray, having at least one filter module through which overspray-laden booth air can be conducted and in which overspray is deposited; wherein c) the filter module delimits a filter space through which overspray-laden booth air can be conducted in a main flow direction, characterised in that d) a multiplicity of separation elements (80; 92; 94) composed of a separation material which is permeable to the booth air are arranged in the filter space such that a flow labyrinth is formed between the separation elements (80; 92; 94); e) the separation material is a fibre material; f) the material density of the separation elements (80; 92; 94) in the filter stages (86a, 86n, 86c, 86d) increases in the main flow direction.
A controller having a power supply including a battery for supplying power to said controller, said controller having an actuator circuit to actuate a device, where a processor powered from said battery controls said actuator circuit according to a schedule to actuate said actuator circuit; and said power supply including a storage capacitor and a voltage monitoring to monitor capacitor voltage; wherein said battery is connected via a charge circuit to selectively charge said storage capacitor, said storage capacitor being connected to said actuator circuit to selectively provide power from said storage capacitor to actuate said device, characterised in that when said actuator circuit is actuated said charge circuit is switched off, and when said actuator circuit is in stand-by, said charge circuit is switched on; where said processor exerts over-riding control over actuation of said actuator circuit to prevent actuation of said device if the voltage of said capacitor does not reach and exceed a first predetermined level V 1 of from 50% of the rated battery voltage within a predetermined time T 1 after said charge circuit is again switched on after actuation of said device, said predetermined time being from 1.5 seconds to no more than 15 seconds.
A thermal flow sensor including at least a heating resistance formed over a cavity, which is formed in a semiconductor substrate, near the center of said cavity with an electrical insulation film (8a, b) interposed between said heating resistance and said cavity, wherein said sensor is configured for measuring a flow rate by controlling a temperature (Th) of said heating resistance to be higher than a temperature of a medium, the medium temperature (Ta), to be measured by a constant temperature (ΔTh = Th - Ta), and wherein at least one pair of temperature measuring resistances (5a-5d) are formed on the portion of said electrical insulation film (8a, b) lying over said cavity upstream and downstream of said heating resistance in spaced relation, and the flow rate is measured from a temperature difference between said pair of temperature measuring resistances (5a-5d), characterized in that the distance (Ws) in the direction of flow from the upstream end of said heating resistance to the upstream end of the portion of said electrical insulation film (8a, b) lying over said cavity and the constant temperature (ΔTh) satisfy the following relationship: ΔTh / Ws ≤ 800 °C / mm.
A system on a chip, SoC, comprising one or more slave devices (275, 280, 285, 290, 295) of a first communication bus operably coupled to a plurality of master devices (205, 240, 250, 265) of the first communication bus, characterised in that the SoC comprises a central protection function operably coupled to the first communication bus and configured to control data flow between the one or more slave devices (275, 280, 285, 290, 295) and the plurality of master devices (205, 240, 250, 265) via the communication bus, the central protection function being arranged to ensure that no bus data transfers are initiated on the SoC without passing the central protection function and to process and verify each data transfer initiated by a master device (205, 240, 250, 265) according to protection settings assigned to the central protection function; the plurality of master devices (205, 240, 250, 265) comprises an external bus interface and said central memory protection function is arranged to prohibit access to the slave elements via the external bus interface.
A multilayer injection molded article comprising a layer formed of a resin composition containing a polyamide compound and a resin, and a layer containing a resin as a major component, wherein the polyamide compound comprises: from 25 to 50 % by mol of a diamine unit, which contains at least one diamine unit selected from the group consisting of an aromatic diamine unit represented by the following general formula (I-1), and an alicyclic diamine unit represented by the following general formula, in an amount in total of 50 % by mol or more; from 25 to 50 % by mol of a dicarboxylic acid unit, which contains a linear aliphatic dicarboxylic acid unit represented by the following general formula (II-1) and/or an aromatic dicarboxylic acid unit represented by the following general formula (II-2), in an amount in total of 50 % by mol or more; and from 0.1 to 50 % by mol of a constitutional unit represented by the following general formula: wherein, in the general formula (II-1), n represents an integer of from 2 to 18; in the general formula (II-2), Ar represents an arylene group; and in the general formula, R represents a substituted or unsubstituted alkyl group or a substituted or unsubstituted aryl group. from 25 to 50 % by mol of a diamine unit, which contains at least one diamine unit selected from the group consisting of an aromatic diamine unit represented by the following general formula (I-1), and an alicyclic diamine unit represented by the following general formula, in an amount in total of 50 % by mol or more; from 25 to 50 % by mol of a dicarboxylic acid unit, which contains a linear aliphatic dicarboxylic acid unit represented by the following general formula (II-1) and/or an aromatic dicarboxylic acid unit represented by the following general formula (II-2), in an amount in total of 50 % by mol or more; and from 0.1 to 50 % by mol of a constitutional unit represented by the following general formula: wherein, in the general formula (II-1), n represents an integer of from 2 to 18; in the general formula (II-2), Ar represents an arylene group; and in the general formula, R represents a substituted or unsubstituted alkyl group or a substituted or unsubstituted aryl group. in the general formula (II-1), n represents an integer of from 2 to 18; in the general formula (II-2), Ar represents an arylene group; and in the general formula, R represents a substituted or unsubstituted alkyl group or a substituted or unsubstituted aryl group.
A method for acquiring a Packet Data Convergence Protocol, PDCP, status report, comprising the steps of: a PDCP entity transmitting to an opposite PDCP entity a PDCP Protocol Data Unit, PDU, used to request the transmission of a PDCP status report; and the PDCP entity receiving the PDCP status report which is transmitted from the opposite PDCP entity according to the PDCP PDU; wherein in the case that the PDCP entity is in a relay node and the opposite PDCP entity is in a donor-eNB, during the handover procedure of the user equipment being handed over from the relay node to a target eNB, the step of the PDCP entity transmitting to the opposite PDCP entity the PDCP PDU further comprises: the relay node transmitting the PDCP PDU to the donor-eNB, so as to acquire the PDCP status report from the donor-eNB. a PDCP entity transmitting to an opposite PDCP entity a PDCP Protocol Data Unit, PDU, used to request the transmission of a PDCP status report; and the PDCP entity receiving the PDCP status report which is transmitted from the opposite PDCP entity according to the PDCP PDU; wherein in the case that the PDCP entity is in a relay node and the opposite PDCP entity is in a donor-eNB, during the handover procedure of the user equipment being handed over from the relay node to a target eNB, the step of the PDCP entity transmitting to the opposite PDCP entity the PDCP PDU further comprises: the relay node transmitting the PDCP PDU to the donor-eNB, so as to acquire the PDCP status report from the donor-eNB.
Method for the cooling and heat recovery from materials at very high temperature, where the aforesaid method comprises at least the following steps of: - conveying material at very high temperature into a mixing system; - transporting the aforesaid material exiting the mixing system inside a continuous flow channel; - carrying out a step of heat recovery from the transported material; - wherein said method is characterized in that of comprising the further following phases: feeding a flow of material exiting at low temperature from the aforesaid continuous flow channel to a flow dividing system; - recovering a part of the low-temperature material exiting the aforesaid flow dividing system; - moving the part of recovered material at low temperature by means of a moving and recirculating system; and - conveying the recovered material at low temperature for mixing it with the material at very high temperature in the mixing system. - conveying material at very high temperature into a mixing system; - transporting the aforesaid material exiting the mixing system inside a continuous flow channel; - carrying out a step of heat recovery from the transported material; - wherein said method is characterized in that of comprising the further following phases: feeding a flow of material exiting at low temperature from the aforesaid continuous flow channel to a flow dividing system; - recovering a part of the low-temperature material exiting the aforesaid flow dividing system; - moving the part of recovered material at low temperature by means of a moving and recirculating system; and - conveying the recovered material at low temperature for mixing it with the material at very high temperature in the mixing system.
Gear feedback system for use in a vehicle, comprising - a gear recommendation means adapted to determine an optimal gear value in dependence of various influencing parameters, e.g. weight of the vehicle, velocity, rotational speed, road topography, and based upon said optimal gear value to recommend - - an optimal gear of the vehicle, a gear sensing means for sensing a currently used gear and to determine a used gear value in dependence thereto, - an evaluation means to analyse and grade the currently used gear, by comparing said currently used gear value with said optimal gear value and based upon the comparison generate a grade, and - a presentation means to present said grade to the driver of the vehicle, characterized in - that said grade depends on the time using a non-optimal gear, such that the grade is decreased if the non-optimal gear is used longer than a dynamic time duration, and - that said grade depends on the time using an optimal gear, such that the grade is increased if the optimal gear is used longer than a dynamic time duration. - a gear recommendation means adapted to determine an optimal gear value in dependence of various influencing parameters, e.g. weight of the vehicle, velocity, rotational speed, road topography, and based upon said optimal gear value to recommend - - an optimal gear of the vehicle, a gear sensing means for sensing a currently used gear and to determine a used gear value in dependence thereto, - an evaluation means to analyse and grade the currently used gear, by comparing said currently used gear value with said optimal gear value and based upon the comparison generate a grade, and - a presentation means to present said grade to the driver of the vehicle, - that said grade depends on the time using a non-optimal gear, such that the grade is decreased if the non-optimal gear is used longer than a dynamic time duration, and - that said grade depends on the time using an optimal gear, such that the grade is increased if the optimal gear is used longer than a dynamic time duration.
A connector having a body with a central throughway in which a tube is receivable, in use, and defining a main axis at its centre; a collet; and a locking ring being part of the body, the collet being retained within the body, the collet comprising a plurality of flexible legs, the legs being arranged to bear against a cam surface in the body, such that a force on the collet tending to pull it out of the body causes the legs to interact with the cam surface and be deflected inwardly to grip the tube, in use; further comprising at least one first tooth, the first tooth having a gripping edge only contained within planes angled to a plane perpendicular to the main axis, and being mounted with respect to the body so as to be non-rotatable about the main axis.
A method of preparing oxycodone, comprising contacting 14-hydroxycodeine with a ligand-complexed metal catalyst under conditions sufficient to cause rearrangement of the 14-hydroxycodeine to form oxycodone free base, wherein the metal is rhodium or ruthenium.