mhurhangee/ep-ind-claims huggingface dataset:
Cannula intended to traverse the conjunctiva and the sclera of the eye in order to enable the passage of at least one tool intended to have an action in the intraocular volume, such as a suction instrument, an instrument for cutting - for example at high speed - the vitreous gel contained in the intraocular volume, a light-guide intended to transmit light in order to see what is happening in the intraocular volume or similar, the cannula including a tubular part defining a passage channel for the tool, which extends between a proximal opening intended to be outside the intraocular volume and a distal opening intended to be inside the intraocular volume, means being provided for locking the cannula in position in a position in which it traverses the sclera and the conjunctiva, the locking opposing the displacement of the cannula towards the outside and towards the inside of the intraocular volume, the locking means having the form of an annular groove formed on the outside of the cannula so that, once the cannula has been inserted through the two walls of the conjunctiva and of the sclera, these latter are sandwiched between two upper and lower annular shoulders (7, 8) along respective plane contacts, said annular groove being defined between the lower and upper annular shoulders (7, 8), said lower annular shoulder having an upper face and a lower face, and in longitudinal cross section, the upper face of lower annular shoulder and the lower face of upper annular shoulder making a substantially perpendicular angle relative to the tubular part, said tubular part having a distal part extending from said lower face of said lower annular shoulder towards said distal opening of the passage channel formed inside said tubular part, said lower annular shoulder being fixed relative to said tubular part, characterised in that said tubular part has a cross section which is constant from said upper annular shoulder towards said distal opening.
A sliding rail arrangement for awnings, in particular for folding awnings, comprising - a guide rail (3, 4) with a track, - a carriage that is slidably mounted along the track, and - a fabric supporting profile which is mounted on the carriage via a bearing axis, and - an anti-rotation protection acting between the fabric supporting profile and the carriage, which anti-rotation protection is formed by a receiving opening on the fabric supporting profile or carriage and a pin projection engaging therein on the carriage or fabric supporting profile, - wherein the carriage has a bearing body preferably with rollers rotatably mounted thereon, characterized in that - the bearing body is provided with a support shoulder surrounding the bearing axis for supporting the fabric supporting profile to be mounted thereon and the pin projection is formed integrally with the support shoulder. - a guide rail (3, 4) with a track, - a carriage that is slidably mounted along the track, and - a fabric supporting profile which is mounted on the carriage via a bearing axis, and - an anti-rotation protection acting between the fabric supporting profile and the carriage, which anti-rotation protection is formed by a receiving opening on the fabric supporting profile or carriage and a pin projection engaging therein on the carriage or fabric supporting profile, - wherein the carriage has a bearing body preferably with rollers rotatably mounted thereon, characterized in that - the bearing body is provided with a support shoulder surrounding the bearing axis for supporting the fabric supporting profile to be mounted thereon and the pin projection is formed integrally with the support shoulder.
Method for operating an energy production system, wherein a solar generator, especially made of modules comprising one or more solar cells, is connected to an inverter at the DC-side terminal thereof, and the inverter is connected at its terminal on the AC-voltage side to a power consumer and/or an AC system, and wherein the inverter has a maximum power point tracker, characterised in that electrical energy is supplied to the inverter from an energy store via a power converter, that is DC/DC converter, and the voltage present at the inverter on the DC side is detected, and a setpoint power to be delivered by the power converter to the DC-side terminal of the inverter is determined according to a characteristic curve which represents the dependence of the power to be made available by the DC/DC converter with respect to the voltage present at the inverter on the DC side, wherein the actual power delivered by the power converter to the DC-side terminal of the inverter is determined, especially by multiplying the voltage present on the DC side by the current delivered by the power converter to the inverter, and based on the difference between the setpoint power and the actual power of the current to be delivered by the power converter to the inverter, especially wherein further influence variables, such as operating mode, behaviour of the MPP tracker of the inverter or the like are taken into account, wherein the characteristic curve is altered accordingly by influence variables, especially expanded or compressed, especially in the ordinate direction, wherein the characteristic curve represents a correlation of such a kind between the power to be made available by the DC/DC converter and DC-side voltage that after addition of a corresponding power-voltage characteristic curve of the solar generator, the value of the voltage at which a maximum of power is present remains unchanged, wherein the characteristic curve is changeable so that after addition of a corresponding power-voltage characteristic curve of the solar generator, the value of the voltage at which a maximum of power to be made available by the DC/DC converter is present remains unchanged, especially so that the MPP tracker regulates to the same power maximum of the solar generator as if no energy store with power converter were present, wherein for the power release from the store without PV-power present, that is especially at night, instead of the characteristic curve a second characteristic curve is used, which represents a correlation of such a kind between the power to be made available by the DC/DC converter and voltage on the DC side that it has a distinct maximum at a voltage U_S which is located at the operating point of greatest efficiency of the overall system.
A method for protecting a condenser against overheating for a condensation boiler comprising a high temperature water circuit, a low temperature water circuit and a burner, the method comprising the following steps: - measuring the temperature of the water in the condenser, and - limiting the charge rate of the burner, characterized in that the condensation boiler has four branches of the type comprising a high-temperature water circuit configured so as to perform a heat exchange with an exchanger of the boiler, a low-temperature water circuit configured so as to perform a heat exchange with the condenser and in that the charge rate of the burner is limited when said temperature of the water in the condenser is comprised between a value greater than or equal to T1 and a value strictly less than T3 with T3 > T1, T1 representing a temperature below which a limitation of the charge rate of the burner is not activated and T3 representing a temperature symbolizing a malfunction of the boiler. - measuring the temperature of the water in the condenser, and - limiting the charge rate of the burner,
A method for processing peeled shrimps, comprising: distributing deheaded, peeled shrimps onto a support surface; creating a digital image of the shrimps on the support surface; estimating the percentage of full weight of each of the shrimps from the digital image; characterized in classifying each of the shrimps into one of a plurality of classes according to the percentage of full weight estimated for each of the shrimps. distributing deheaded, peeled shrimps onto a support surface; creating a digital image of the shrimps on the support surface; estimating the percentage of full weight of each of the shrimps from the digital image; characterized in classifying each of the shrimps into one of a plurality of classes according to the percentage of full weight estimated for each of the shrimps.
A mechanical train for driving a motor vehicle, preferably a commercial vehicle, comprising: a housing which is sealed for receiving a lubricant and has at least one housing wall (104, 106, 108); a mechanism (105, 107, 109) which is arranged in the housing, is wetted by the lubricant, and has at least one shaft for the transmission of drive power in the longitudinal direction; and a multiplicity of ducts for receiving a fluid, wherein at least sections of the ducts running within the housing wall (104, 106, 108) in the longitudinal direction and being separated from the lubricant by way of the housing wall, and wherein the ducts are fluidly connectable to a hydraulic system, a first module being arranged at a first end of the mechanical train and a second module being arranged at a second end of the mechanical train opposite the first end in the longitudinal direction, and the first module and the second module being in fluid connection via the ducts, characterized in that the ducts are in fluid connection with a brake booster at the first end and with at least one brake cylinder at the second end. a housing which is sealed for receiving a lubricant and has at least one housing wall (104, 106, 108); a mechanism (105, 107, 109) which is arranged in the housing, is wetted by the lubricant, and has at least one shaft for the transmission of drive power in the longitudinal direction; and a multiplicity of ducts for receiving a fluid, wherein at least sections of the ducts running within the housing wall (104, 106, 108) in the longitudinal direction and being separated from the lubricant by way of the housing wall, and wherein the ducts are fluidly connectable to a hydraulic system, a first module being arranged at a first end of the mechanical train and a second module being arranged at a second end of the mechanical train opposite the first end in the longitudinal direction, and the first module and the second module being in fluid connection via the ducts, characterized in that the ducts are in fluid connection with a brake booster at the first end and with at least one brake cylinder at the second end.
A component with at least one light source, wherein the component features a wood based material and the light source is arranged in the interior of the component, characterized in that the component is a lightweight board with two cover layers (1a, 1b) of a wood based material and a central layer, which has a lower density than the cover layers (1a, 1b), wherein one or more openings are arranged in one of the cover layers.
Method for operating a detection device (1, 1') of a motor vehicle, which detection device is designed for capturing a surrounding area (12, 12') of the motor vehicle, wherein the detection device (1, 1') communicates for the purpose of data interchange with a data bus of the motor vehicle and repeatedly captures scan data from the surrounding area (12, 12'), having the steps of: a) capturing scan data by means of a scanning unit (2, 2') of the detection device (1, 1') at a capture rate; b) establishing a scan end time at which the capture of the scan data is complete by means of a computation unit (3, 3'); c) ascertaining a difference time between the established scan end time and a starting time of a transmission window, which is associated with the detection device (1, 1') according to a protocol of the data bus, by means of the computation unit (3, 3'); and d) prescribing the capture rate for future capture of scan data on the basis of the ascertained difference time by means of the computation unit (3, 3'), wherein the capture rate is prescribed by prescribing at least one movement characteristic of a mirror, wherein the movement characteristic is described by a speed of a rotating mirror or a dwell time of at least one micro-mirror in a prescribed tilted position. a) capturing scan data by means of a scanning unit (2, 2') of the detection device (1, 1') at a capture rate; b) establishing a scan end time at which the capture of the scan data is complete by means of a computation unit (3, 3'); c) ascertaining a difference time between the established scan end time and a starting time of a transmission window, which is associated with the detection device (1, 1') according to a protocol of the data bus, by means of the computation unit (3, 3'); and d) prescribing the capture rate for future capture of scan data on the basis of the ascertained difference time by means of the computation unit (3, 3'),
A package comprising: a cable comprising a winding and at least one free end; a chamber having a top surface and defining an internal volume containing the cable wound in at least two layers at an angle θ relative an axis perpendicular to a central axis of the package; and a partition located at least partially within the chamber, the partition dividing the chamber into a first section comprising the winding and a second section through which the at least one free end of the cable is routed to pass between the partition and the top surface of the chamber, characterized in that a continuous opening is formed by the top surface and the partition arranged to apply pressure to a portion of the cable passing through the continuous opening to maintain a back tension on the winding. a cable comprising a winding and at least one free end; a chamber having a top surface and defining an internal volume containing the cable wound in at least two layers at an angle θ relative an axis perpendicular to a central axis of the package; and a partition located at least partially within the chamber, the partition dividing the chamber into a first section comprising the winding and a second section through which the at least one free end of the cable is routed to pass between the partition and the top surface of the chamber, characterized in that a continuous opening is formed by the top surface and the partition arranged to apply pressure to a portion of the cable passing through the continuous opening to maintain a back tension on the winding.
System for the controlled dispensation of cigarettes, comprising a container comprising at least a first and a second portion (2,3) couplable one to another to define at least one containing housing to contain the cigarettes or a cigarette pack, said first and a second portion (2,3) being movable between an open arrangement in which said containing housing can be accessed from the outside of the container, and a closed arrangement in which said containing housing cannot be accessed from the outside of the container, said container comprising a clamping device switchable between a locked mode, in which the switching from said closed arrangement to said open arrangement of said container is not allowed, and an unlocked mode in which the switching between said closed arrangement to said open arrangement of said container, and vice versa, is allowed, said container further comprising a logic control unit configured to drive the switching of the clamping device, said logic control unit being provided with a programmable timer configured to provide at least one dispensation time interval during which said clamping device is enabled to switch to said unlocked mode, said system comprises a processing device combined with said container, said processing device being configured for determining the dependence level of a user on a scale from zero to ten and for determining the number of cigarettes the user smoked on average in one day, said container comprising a first wireless communicating module, said processing device comprising a second wireless communicating module for transceiving data between said logic control unit and said processing device, and said container comprises an unlocking button designed to send an unlocking request to said logic control unit, said logic control unit being designed to switch said clamping device to said unlocked mode if said unlocking request occurs during said at least one dispensation time interval, characterised in that said timer being programmed by means of said processing device depending on said dependence level determined on a scale from zero to ten and on the number of cigarettes the user smoked on average in one day, said number of cigarettes the user smoked on average in one day being determined by counting the number of openings and closings of the container using a sensor arranged on the first portion to detect the presence of the second portion when the container is in closed arrangement.
A housing element for a kinematic pair (10; 110; 210; 310; 410; 510), the kinematic pair comprising the housing element (30; 130; 230; 330; 430; 530) and an engagement element (20; 120; 220; 320; 420; 520), the engagement element being arranged at least partly within the housing element and configured to achieve a rotational and/or sliding movement relative the housing element, wherein the housing element comprises: at least one first material layer in use surrounding at least a part of the engagement element; a fiber composite material wrapping arranged around at least a part of the first layer; and at least one second material layer arranged on the outside of the wrapping; characterized in that said first layer is a carbon fiber composite layer, said wrapping is a carbon fiber composite material wrapping, and said second layer is a carbon fiber composite layer.
A synthetic apolipoprotein E (ApoE)-mimicking peptide selected from octanoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 625); myristoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 628); oleoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 634); and palmitoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 629).
A modular attachment device for insertion into a plurality of strands of a braided rope, comprising: at least one braiding segment that is braidable into the plurality of strands; at least one first lateral fixation segment that is mountable to the at least one braiding segment at a first lateral attachment interface; and at least one second lateral fixation segment that is mountable to the at least one braiding segment at a second lateral attachment interface, wherein at least one of the first and second lateral fixation segments (11b, 11c) comprises at least one anchor point (12b, 13b; 12c, 13c) for attachment of an external component (9, 10), and wherein the first and second lateral fixation segments (11b, 11c) are mountable to the at least one braiding segment for securing the plurality of strands on the at least one braiding segment; and characterized in that at least one of the first and second lateral attachment interfaces (16a, 16b) is embodied as a tongue and groove joint. at least one braiding segment that is braidable into the plurality of strands; at least one first lateral fixation segment that is mountable to the at least one braiding segment at a first lateral attachment interface; and at least one second lateral fixation segment that is mountable to the at least one braiding segment at a second lateral attachment interface, wherein at least one of the first and second lateral fixation segments (11b, 11c) comprises at least one anchor point (12b, 13b; 12c, 13c) for attachment of an external component (9, 10), and wherein the first and second lateral fixation segments (11b, 11c) are mountable to the at least one braiding segment for securing the plurality of strands on the at least one braiding segment; and characterized in that at least one of the first and second lateral attachment interfaces (16a, 16b) is embodied as a tongue and groove joint.
An aqueous composition for pre-treating a substrate prior to inkjet printing thereon, the composition comprising: (a) one or more water-soluble salts of a multivalent metal cation; and (b) composite particles having a Rockwell Hardness of less than or equal to R90 and each of the composite particles comprising domains of a (i) first organic polymer and domains of a (ii) second organic polymer, wherein: the domains of the (ii) second organic polymer are dispersed within the domains of the (i) first organic polymer; the melting point of the (i) first organic polymer is lower than the melting point of the (ii) second organic polymer; and the weight ratio of the (i) first organic polymer to the (ii) second organic polymer is chosen such that the (b) composite particles have a density of at least 1.0 g/ml and up to and including 1.5 g/ml. (a) one or more water-soluble salts of a multivalent metal cation; and (b) composite particles having a Rockwell Hardness of less than or equal to R90 and each of the composite particles comprising domains of a (i) first organic polymer and domains of a (ii) second organic polymer, wherein: the domains of the (ii) second organic polymer are dispersed within the domains of the (i) first organic polymer; the melting point of the (i) first organic polymer is lower than the melting point of the (ii) second organic polymer; and the weight ratio of the (i) first organic polymer to the (ii) second organic polymer is chosen such that the (b) composite particles have a density of at least 1.0 g/ml and up to and including 1.5 g/ml. the domains of the (ii) second organic polymer are dispersed within the domains of the (i) first organic polymer; the melting point of the (i) first organic polymer is lower than the melting point of the (ii) second organic polymer; and the weight ratio of the (i) first organic polymer to the (ii) second organic polymer is chosen such that the (b) composite particles have a density of at least 1.0 g/ml and up to and including 1.5 g/ml.
A method of sampling a formation fluid comprising: flowing a formation fluid into a first flow line; measuring a first property of the formation fluid; opening a first valve to expose the formation fluid to a second flow line; pumping the formation fluid with a pump disposed in the second flow line; directly measuring a second property of the formation fluid with a fluid ID sensor; characterised by closing a second valve to isolate a sample fluid in a draw down assembly, while pumping to isolate a portion of the formation fluid; and measuring a third property of the isolated sample of formation fluid. flowing a formation fluid into a first flow line; measuring a first property of the formation fluid; opening a first valve to expose the formation fluid to a second flow line; pumping the formation fluid with a pump disposed in the second flow line; directly measuring a second property of the formation fluid with a fluid ID sensor; characterised by closing a second valve to isolate a sample fluid in a draw down assembly, while pumping to isolate a portion of the formation fluid; and measuring a third property of the isolated sample of formation fluid.