mhurhangee/ep-ind-claims huggingface dataset:
A security device comprising: a core comprising an internal jaw and a guide surface, wherein a distance between the internal jaw and the guide surface varies across a length of the core; and a shuttle comprising an opening that forms an external jaw; wherein the core is movably disposed within the opening of the shuttle such that the guide surface engages with the shuttle; wherein a jaw gap is defined between the internal jaw and the external jaw; and wherein the guide surface is positioned to guide movement of the shuttle such that as the shuttle moves relative to the core in a sliding direction that includes a horizontal component, the variation in the distance between internal jaw and the guide surface causes the jaw gap to change in a vertical direction; wherein the jaw gap is configured to receive a portion of an item to protect. a core comprising an internal jaw and a guide surface, wherein a distance between the internal jaw and the guide surface varies across a length of the core; and a shuttle comprising an opening that forms an external jaw; wherein the core is movably disposed within the opening of the shuttle such that the guide surface engages with the shuttle; wherein a jaw gap is defined between the internal jaw and the external jaw; and wherein the guide surface is positioned to guide movement of the shuttle such that as the shuttle moves relative to the core in a sliding direction that includes a horizontal component, the variation in the distance between internal jaw and the guide surface causes the jaw gap to change in a vertical direction; wherein the jaw gap is configured to receive a portion of an item to protect.
A method for controlling a cooling device of an electrical unit, in particular of a unit for storing electrical energy for a hybrid motor vehicle, said unit including at least two components, including a first component with a maximum power to be dissipated which is lower than that or those of the other one or more components; the method including the establishing of an operating setpoint of the cooling device as a function of the cooling needs (C1; C2) of each of the components (10; 12); the operating setpoint of the cooling device being established so as to be able to correspond to a maximum setpoint of said device when only the first component has a maximum dissipation need, said method being characterized in that the cooling need of the first component is a non-linear function of a parameter of the thermal state of said component, said parameter being inversely proportional to the difference between the measured temperature of the component and a critical temperature (T c).
A method of producing a medical catheter tube with a wall thickness of 0.005 to 0.10 mm containing a tetrafluoroethylene polymer, characterized by including: (a) an extrusion molding step of obtaining a molded tube by paste-extrusion molding the tetrafluoroethylene polymer in the presence of a lubricant for orientation of polymer particles contained in the tetrafluoroethylene polymer in the axial direction of the catheter tube; (b) a drying step of drying the molded tube at a temperature of the lubricant's boiling point or more, for removal of at least part of the lubricant contained in the molded tube and shortening of the distance among the particles contained in the tetrafluoroethylene polymer; (c) a sintering step of sintering the molded tube after the drying step at a temperature of the tetrafluoroethylene polymer's melting point or more for fusion of the particles contained in the tetrafluoroethylene polymer with each other, wherein the lubricant is a lubricant containing a fluorine-containing chemical, wherein the boiling point of the lubricant is 100°C or higher. (a) an extrusion molding step of obtaining a molded tube by paste-extrusion molding the tetrafluoroethylene polymer in the presence of a lubricant for orientation of polymer particles contained in the tetrafluoroethylene polymer in the axial direction of the catheter tube; (b) a drying step of drying the molded tube at a temperature of the lubricant's boiling point or more, for removal of at least part of the lubricant contained in the molded tube and shortening of the distance among the particles contained in the tetrafluoroethylene polymer; (c) a sintering step of sintering the molded tube after the drying step at a temperature of the tetrafluoroethylene polymer's melting point or more for fusion of the particles contained in the tetrafluoroethylene polymer with each other, wherein
A method, comprising: determining (406, 506, 606) to either activate or disable diversity reception according to an application type of an application requesting transfer of data, running simultaneously an application determined to benefit from the diversity reception, for which the diversity reception is determined to be used, and an application determined not to benefit from the diversity reception, for which the diversity reception is determined not to be used, characterized by configuring a radio receiver to activate diversity reception when running at least one application, for which the diversity reception is determined to be used, regardless of the number of running applications, for which the diversity reception is determined not to be used. determining (406, 506, 606) to either activate or disable diversity reception according to an application type of an application requesting transfer of data, running simultaneously an application determined to benefit from the diversity reception, for which the diversity reception is determined to be used, and an application determined not to benefit from the diversity reception, for which the diversity reception is determined not to be used, characterized by configuring a radio receiver to activate diversity reception when running at least one application, for which the diversity reception is determined to be used, regardless of the number of running applications, for which the diversity reception is determined not to be used.
Piston pump for a vehicle brake system having a piston which is mounted in a cylinder such that it can be displaced along an axis, on which piston an inlet valve for introducing fluid into the cylinder and a sealing element for sealing the piston against the cylinder are arranged, and which piston comprises a first piston section with a valve seat of the inlet valve and a second piston section as a piston rod, characterized in that the first piston section is configured as a separate component and the sealing element is configured with a projection which reaches axially completely over the first piston section as far as the second piston section.
Sterile covering device with a rotating joint between two attached members, rotating relative to each other and each covered by at least one protective cover capable of covering the proximal end of the member protected by this cover, and comprising at least one groove, characterized in that: - it is the rotating joint connecting the proximal ends of the two members which has the at least one groove between the two members, - the proximal end (5 1) of a first cover (3 1), which is capable of covering the proximal end (7 1) of the member (1 1) that it protects, is also capable of covering at least one longitudinal portion of the groove of the rotating joint, - the proximal end (5 2) of a second cover (3 2), which is capable of covering the proximal end (7 2) of the other member (1 2) that it protects, is also capable of covering a portion of the proximal end (5 1) of the first cover (3 1) that it encloses at the rotating joint in the groove that the latter has between the two members. - it is the rotating joint connecting the proximal ends of the two members which has the at least one groove between the two members, - the proximal end (5 1) of a first cover (3 1), which is capable of covering the proximal end (7 1) of the member (1 1) that it protects, is also capable of covering at least one longitudinal portion of the groove of the rotating joint, - the proximal end (5 2) of a second cover (3 2), which is capable of covering the proximal end (7 2) of the other member (1 2) that it protects, is also capable of covering a portion of the proximal end (5 1) of the first cover (3 1) that it encloses at the rotating joint in the groove that the latter has between the two members.
An immunogen of structure wherein R is a spacing group which is - m-Y-X-; m=0 or 1 and Q is -O-, -NH- or -S-; Y is a C 1-6 substituted or unsubstituted, straight chain, alkanediyl moiety; X, before attachment to the antigenicity conferring carrier material, is chosen from carboxy, dithiopyridyl, maleimidyl, amino, hydroxyl, thiol, thioester, or aldehyde; and R is attached to an antigenicity conferring carrier material (accm) which is keyhole limpet haemocyanin, bovine thyroglobulin, bovine serum albumin, egg ovalbumin, bovine gamma globulin or cationised bovine serum albumin. wherein R is a spacing group which is - m-Y-X-; m=0 or 1 and Q is -O-, -NH- or -S-; Y is a C 1-6 substituted or unsubstituted, straight chain, alkanediyl moiety; X, before attachment to the antigenicity conferring carrier material, is chosen from carboxy, dithiopyridyl, maleimidyl, amino, hydroxyl, thiol, thioester, or aldehyde; and R is attached to an antigenicity conferring carrier material (accm) which is keyhole limpet haemocyanin, bovine thyroglobulin, bovine serum albumin, egg ovalbumin, bovine gamma globulin or cationised bovine serum albumin.
A photovoltaic energy system comprising: a photovoltaic field configured to convert solar energy into electrical energy provided as an electric power output of the photovoltaic energy system; a battery configured to store at least a portion of the electrical energy generated by the photovoltaic field; one or more cloud detectors configured to detect a cloud approaching the photovoltaic field; and a controller configured to use input from the one or more cloud detectors to predict a disturbance in the electric power output of the photovoltaic energy system, determine a time at which the disturbance is expected to occur, and determine an amount by which the electric power output is expected to decrease as a result of the disturbance; characterized in that the controller is configured to preemptively adjust the electric power output of the photovoltaic energy system during a preemptive ramp down period before the disturbance occurs in accordance with a predetermined ramp rate; wherein the controller is configured to store, in the battery, excess energy generated by the photovoltaic field during the preemptive ramp down period, the excess energy comprising electrical energy generated by the photovoltaic field in excess of a ramp rate limit a photovoltaic field configured to convert solar energy into electrical energy provided as an electric power output of the photovoltaic energy system; a battery configured to store at least a portion of the electrical energy generated by the photovoltaic field; one or more cloud detectors configured to detect a cloud approaching the photovoltaic field; and a controller configured to use input from the one or more cloud detectors to predict a disturbance in the electric power output of the photovoltaic energy system, determine a time at which the disturbance is expected to occur, and determine an amount by which the electric power output is expected to decrease as a result of the disturbance; characterized in that the controller is configured to preemptively adjust the electric power output of the photovoltaic energy system during a preemptive ramp down period before the disturbance occurs in accordance with a predetermined ramp rate; wherein the controller is configured to store, in the battery, excess energy generated by the photovoltaic field during the preemptive ramp down period, the excess energy comprising electrical energy generated by the photovoltaic field in excess of a ramp rate limit
A part connecting construction comprising at least two molded pieces (51, 52) obtained by injection molding of plastic are provisionally connected by being adjacently arranged or abutted against each other, the provisionally connected molded pieces (51, 52) are set in dies which are different from a die used for formation of each of said molded pieces (51, 52), and a resin being melted to be injected into a gap formed between opposed surfaces of said molded pieces (51, 52) that are adjacently arranged or abutted against each other to connect said molded pieces (51, 52) together in a state, that each of said molded pieces (51, 52) is in position, by said injected resin solidified, wherein an injection channel for injecting the molten resin is formed in one of said molded pieces (51, 52), characterized by further comprising a rib disposed in said gap and extending in a direction substantially perpendicular to a resin flowing direction of said molten resin in said injection channel to stop the molten resin flow.
A pumping system (100-A, 100-B, 200-A, 200-B, 300, 400) for use with a gas turbine engine, the pumping system (100-A, 100-B, 200-A, 200-B, 300, 400) comprising: a plurality of power sources (108, 110, 115); a fuel system configured for redundant operation, the fuel system including a fuel pump motor (112, 114, 120, 304), a first fuel pump (116, 306), and a second fuel pump (120, 312), the fuel pump motor (112, 114, 120, 304) being mechanically connected with the first fuel pump (116, 306) to drive the first fuel pump (116, 306), and the fuel pump motor (112, 114, 120, 304) being electrically connected to at least one power source of the plurality of power sources (108, 110, 115); an oil system configured for redundant operation, the oil system including an oil pump motor (122, 124, 308), and an oil pump (126, 310), the oil pump motor (122, 124, 308) is mechanically connected with the oil pump (126, 310) to drive the oil pump (126, 310), characterized by the oil pump motor (122, 124, 308) being electrically connected to at least one power source of the plurality of power sources (108, 110, 115); and a bidirectional pump motor electrically connected to at least one power source of the plurality of power sources (108, 110, 115), and the bidirectional pump motor is mechanically connected with the second fuel pump (120, 312) and the oil pump (126, 310) such that the bidirectional pump motor is configured to drive either the second fuel pump (120, 312) or the oil pump (126, 310). a plurality of power sources (108, 110, 115); a fuel system configured for redundant operation, the fuel system including a fuel pump motor (112, 114, 120, 304), a first fuel pump (116, 306), and a second fuel pump (120, 312), the fuel pump motor (112, 114, 120, 304) being mechanically connected with the first fuel pump (116, 306) to drive the first fuel pump (116, 306), and the fuel pump motor (112, 114, 120, 304) being electrically connected to at least one power source of the plurality of power sources (108, 110, 115); an oil system configured for redundant operation, the oil system including an oil pump motor (122, 124, 308), and an oil pump (126, 310), the oil pump motor (122, 124, 308) is mechanically connected with the oil pump (126, 310) to drive the oil pump (126, 310), characterized by the oil pump motor (122, 124, 308) being electrically connected to at least one power source of the plurality of power sources (108, 110, 115); and a bidirectional pump motor electrically connected to at least one power source of the plurality of power sources (108, 110, 115), and the bidirectional pump motor is mechanically connected with the second fuel pump (120, 312) and the oil pump (126, 310) such that the bidirectional pump motor is configured to drive either the second fuel pump (120, 312) or the oil pump (126, 310).
Filter element for an oil separator of a P[ositive]C[rankcase]V[entilation] system, wherein the filter element features - at least one filter medium for separating oil from fluid, in particular from aerosol, having a cover surface extending parallel to the flow direction of the fluid flowing through the filter medium, - a first cover element for covering the cover surface, formed as an end disc of the filter element, sealingly and non-detachably connected to the filter medium at one front face of the filter element by bonding or welding and made of a thermoplastic by injection molding, and - an additional cover element designed as an open end disc, characterized in that the first cover element features at least one tubular clean fluid discharge element extending away from the filter element and designed to discharge the cleaned fluid, wherein the clean fluid discharge element and the first cover element are designed to be circumferentially closed, wherein the clean fluid discharge element features a closed cylindrical wall and two open ends, wherein the end surface of the clean fluid discharge element facing away from the filter element or filter medium is designed as a sealing surface for a valve having a resiliently designed sealing element of the valve closing body, in particular for a pressure regulating valve (52, 310, 320 330), of the P[ositive]C[rankcase]V[entilation] system, and the other end is connected to the first cover element, so that a fluidic connection to the interior space of the filter medium is formed. - at least one filter medium for separating oil from fluid, in particular from aerosol, having a cover surface extending parallel to the flow direction of the fluid flowing through the filter medium, - a first cover element for covering the cover surface, formed as an end disc of the filter element, sealingly and non-detachably connected to the filter medium at one front face of the filter element by bonding or welding and made of a thermoplastic by injection molding, and - an additional cover element designed as an open end disc,
A blood testing bottomed tube, which comprises a tubular member having an open one end and closed another end, and a coating layer formed on at least a part to be contacted with blood on said tubular member, characterized in that said coating layer is made of polyoxypropylene butyl ether and polyoxypropylene glyceryl ether.
A vacuum insulation body, comprising a vacuum-tight casing, and a vacuum region which is surrounded by the casing, wherein the casing is provided with an evacuation port for evacuating the vacuum region, and wherein an adsorbent material and a core material are present in the vacuum insulation body, wherein the adsorbent material partly or completely is arranged in the region of the evacuation port, characterized in that the vacuum insulation body comprises a flow distributor for increasing the effective evacuation cross-section, and the flow distributor is formed by or includes the adsorbent material, wherein the flow distributor is arranged upstream the evacuation port in the flow direction during the evacuation, and the flow distributor is formed as a pebble bed, which is located in a gas-permeable sack or reception region.
Label intended to be placed around a container for a product, and this label is strip-shaped and provided with a weakening that forms the dividing line between two parts (2,3), i.e. a first part and a second part that are in line with one another, whereby the second part is provided with at least one window, characterised in that the second part is narrower than the first part and the first part is provided with a thickening that is outside the geometric extension of the second part in the lengthwise direction of the first part.
Chassis suspension component (2, 2') with a bracket which is made from a formable base material, preferably sheet steel, and comprises at least one slot for receiving a connecting bolt and at least one stop for an eccentric disc which is or can be connected rotationally fixedly to the connecting bolt, characterised by a tab formed from the base material and folded relative to a body portion of the chassis suspension component (2, 2') and having a recess surrounding the slot, which recess defines two elongate stop faces running parallel to each other, wherein the stop faces serve as a stop for the eccentric disc.
Unit for the provision of an intrinsically safe supply voltage and for the transmission of communication signals between at least two users (T1, T2) of a communication network, wherein the first user has a first operating electronics system and the second user has a second operating electronics system, wherein the first and second user (T1, T2) are interconnected by precisely one pair of signal wires, and wherein the first user has a first inductive coupling element, which is used for galvanic isolation between the first operating electronics system and the pair of signal wires, and wherein said first inductive coupling element is connected on the one hand with the pair of signal wires and, on the other hand, with the first operating electronics system, wherein the first inductive coupling element further serves to transmit communication signals via the pair of signal wires to or from the second user, wherein the second user has a second inductive coupling element, which is used for galvanic isolation between the second operating electronics system and the pair of signal wires, and wherein said second inductive coupling element is connected on the one hand with the pair of signal wires and, on the other hand, with the second operating electronics system, wherein the second inductive coupling element further serves to transmit communication signals via the pair of signal wires to or from the first user, wherein a voltage source is provided which is used to supply a voltage and wherein said voltage source is connected on the one hand to a center tap situated on the side of the first coupling element, which is connected to the pair of signal wires and, on the other hand, is connected to a ground potential, wherein a center tap situated on the side of the second coupling element, which is connected to the pair of signal wires, and a tap of the ground potential serve to provide a supply voltage for the second operating electronics system, wherein the voltage supplied by the voltage source and/or the supply voltage tapped are limited such that they meet the intrinsic safety requirements.
A method of determining the metastatic potential and/or tumor aggressiveness of a colorectal cancer in a subject, comprising the steps: a) determining the gene expression levels of genes SLC35D3, and POSTN in a regional lymph node sample obtained from the subject; and b) comparing the gene expression levels determined in step a) with the reference gene expression levels of the same genes in a reference patient population; wherein higher expression levels of the genes SLC35D3 and POSTN compared to the reference are associated with an increased metastatic potential and /or tumor aggressiveness. a) determining the gene expression levels of genes SLC35D3, and POSTN in a regional lymph node sample obtained from the subject; and b) comparing the gene expression levels determined in step a) with the reference gene expression levels of the same genes in a reference patient population;