mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring the coolant fill level of a refrigeration system with a coolant circuit with an evaporator, a compressor and a condenser, characterised in that said method has the following steps: - detecting at least one measured variable, which is dependent on the coolant fill level, over a predefined period of time, - creating an actual frequency distribution (H1, H2) of the measured values of the measured variable, wherein the actual frequency distribution describes how often a specific measured value of the measured variable occurred within the predefined period of time, - determining an offset (9, 11, 13) of the actual frequency distribution (H1, H2) relative to one or more reference frequency distributions (R1, R2, R3), and - assessing the coolant fill level of the refrigeration system on the basis of the determined offset, wherein - the measured variable is the coolant fill level of a coolant reservoir of the refrigeration system, detected by means of a fill level sensor, or is the supercooling of the liquid coolant at the outlet of a liquefier of the refrigeration system, detected by means of a temperature sensor. - detecting at least one measured variable, which is dependent on the coolant fill level, over a predefined period of time, - creating an actual frequency distribution (H1, H2) of the measured values of the measured variable, wherein the actual frequency distribution describes how often a specific measured value of the measured variable occurred within the predefined period of time, - determining an offset (9, 11, 13) of the actual frequency distribution (H1, H2) relative to one or more reference frequency distributions (R1, R2, R3), and - assessing the coolant fill level of the refrigeration system on the basis of the determined offset, wherein - the measured variable is the coolant fill level of a coolant reservoir of the refrigeration system, detected by means of a fill level sensor, or is the supercooling of the liquid coolant at the outlet of a liquefier of the refrigeration system, detected by means of a temperature sensor.
An antisense oligonucleotide capable of decreasing expression of human BCL11A comprising a sequence that is at least 80% identical to the reverse complement of a continuous sequence within a region selected from nucleotides 410 to 450 of the human BCL11A gene of SEQ ID NO 1 or a messenger RNA (mRNA) isoform of BCL11A, wherein the antisense oligonucleotide is a gapmer.
System comprising a container, in particular a plastics fuel container, and a filling level indicator according to claim 8, characterized in that the Hall sensor is arranged on a sensor support, which can be mounted from the outside of the container, a wall of the container having a fastening contour (66, 68) for a support adapter, which is arranged on the inside of the container and is intended for the support of the lever arm of the floating body, and a sensor adapter, which is arranged on the outside of the container and is intended for the sensor support, an edge portion of the support adapter for the support of the lever arm of the floating body being arranged in an undercut portion of the wall of the container, and a complementary portion, on the outside of the container, to the undercut portion forming a latching contour for a mounting portion of the sensor adapter.
A jet pump assembly comprising: a diffuser; an inlet mixer, integrated with the diffuser; an apparatus for controlling movement of the diffuser and the inlet mixer; wherein the apparatus comprises: a first clamp engaged with the diffuser; a second clamp engaged with the inlet mixer; and a plurality of connectors configured to connect the first clamp and the second clamp; wherein the connectors allow movement of the first clamp relative to the second clamp in a first direction between the first clamp and the second clamp, and wherein the connectors limit movement of the first clamp relative to the second clamp in a second direction perpendicular to the first direction. a diffuser; an inlet mixer, integrated with the diffuser; an apparatus for controlling movement of the diffuser and the inlet mixer; wherein the apparatus comprises: a first clamp engaged with the diffuser; a second clamp engaged with the inlet mixer; and a plurality of connectors configured to connect the first clamp and the second clamp; wherein the connectors allow movement of the first clamp relative to the second clamp in a first direction between the first clamp and the second clamp, and wherein the connectors limit movement of the first clamp relative to the second clamp in a second direction perpendicular to the first direction. a first clamp engaged with the diffuser; a second clamp engaged with the inlet mixer; and a plurality of connectors configured to connect the first clamp and the second clamp; wherein the connectors allow movement of the first clamp relative to the second clamp in a first direction between the first clamp and the second clamp, and
A grommet for use in a fire and overheat detection system (FODS) clamp, the grommet comprising: an elongated body defining a central aperture and a slit, and characterized by the elongated body comprising metallic wire mesh. an elongated body defining a central aperture and a slit, and characterized by the elongated body comprising metallic wire mesh.
An assembly for a gas turbine engine having an engine axis, the assembly comprising: a case including an integrally formed projection configured to extend transverse to the engine axis; and at least one vane including a flange configured for contact with the projection to limit motion of the at least one vane along the engine axis; characterised in that an aft surface of the flange is configured to contact a fore surface of the projection, and the aft surface of the flange and the fore surface of the projection are configured for contacting one another along an inclined interface relative to the engine axis, wherein the inclined interface is inclined at an acute angle (A 1) relative to the engine axis. a case including an integrally formed projection configured to extend transverse to the engine axis; and at least one vane including a flange configured for contact with the projection to limit motion of the at least one vane along the engine axis; characterised in that an aft surface of the flange is configured to contact a fore surface of the projection, and the aft surface of the flange and the fore surface of the projection are configured for contacting one another along an inclined interface relative to the engine axis, wherein the inclined interface is inclined at an acute angle (A 1) relative to the engine axis.
A method for the cyclic digital transmission of a position value of a moving object having inertial mass, wherein an evaluation unit is used, characterised in that the range of values of the transmitted position value is restricted such that no complete revolution, or in the case of a linear movement other complete period contingent on mechanical conditions, can be mapped, and the actual position is formed by recognition of instances of exceedance of a range of values in the evaluation unit, - with at a first point in time a not value-range-restricted position being transmitted or a far less greatly value-range-restricted position compared with continuous operation being transmitted - and/or wherein the range of values is chosen to be as small as possible but is determined such that the path difference occurring in a scanning cycle at maximum speed is less than half the range of values. - with at a first point in time a not value-range-restricted position being transmitted or a far less greatly value-range-restricted position compared with continuous operation being transmitted - and/or wherein the range of values is chosen to be as small as possible but is determined such that the path difference occurring in a scanning cycle at maximum speed is less than half the range of values.
A pump assembly comprising a pump body and tank that are mutually connected, and a connection between a first end portion of a first delivery tubular element integral with and originating from the pump body, and a second end portion of a second feeding tubular element of the tank and integral with said tank, said first tubular element being coupled with said second tubular element by being mutually inserted in a coupling direction and the two tubular elements (11a, 11b) being made integral by way of a locking element that passes at least partially through both of them in a direction that is transverse to said coupling direction, said locking element consisting of a U-shaped fork that crosses said tubular elements in a direction that is transverse to the direction of their coupling, and said U-shaped fork being inserted in a slot that is defined around said first end portion of said first tubular element, and which is substantially shaped complementarily to said fork and defines two diametrically opposed openings into which said fork is inserted tangentially with two parallel arms, which extend from a crossmember, in order to be positioned with such arms, again tangentially, in a first slit that is defined on a second end portion of said second tubular element, correspondingly to said slot.
A bispecific antibody wherein the bispecific antibody is a full-length human antibody, comprising a first antibody variable domain that specifically binds to CD3 and a second antibody variable domain that specifically binds to BCMA, wherein the first antibody variable domain comprises: a heavy chain variable region comprising (i) a VH CDR1 comprising the sequence shown in SEQ ID NO: 332; (ii) a VH CDR2 comprising the sequence shown in SEQ ID NO: 417; and (iii) a VH CDR3 comprising the sequence shown in SEQ ID NO: 335; and a light chain variable region comprising (i) a VL CDR1 comprising the sequence shown in SEQ ID NO: 343; (ii) a VL CDR2 comprising the sequence shown in SEQ ID NO: 341; and (iii) a VL CDR3 comprising the sequence shown in SEQ ID NO: 342; and the second antibody variable domain comprises: a heavy chain variable region comprising (i) a VH CDR1 comprising the sequence shown in SEQ ID NO: 151; (ii) a VH CDR2 comprising the sequence shown in SEQ ID NO: 159; and (iii) a VH CDR3 comprising the sequence shown in SEQ ID NO: 155; and a light chain variable region comprises (i) a VL CDR1 comprising the sequence shown in SEQ ID NO: 209; (ii) a VL CDR2 comprising the sequence shown in SEQ ID NO: 221; and (iii) a VL CDR3 comprising the sequence shown in SEQ ID NO: 225.
A UV radiation response indicator which comprises a first UVB and/or UVA radiation sensitive material which has been modified so as to display an altered characteristic in a delayed manner in response to UVB and/or UVA radiation exposure, wherein the first UVB and/or UVA radiation sensitive material comprises a UVB and/or UVA radiation-driven acid release agent and a pH indicator which displays altered colour between deprotonated and acid forms, wherein the UVB and/or UVA radiation-driven acid release agent includes a dye comprising an iodonium or sulphonium salt, and wherein the first UVB and/or UVA radiation sensitive material further comprises a proton-scavenging agent so as to delay protonation of the pH indicator by the UVB and/or UVA radiation-driven acid release agent, wherein the proton-scavenging agent is a base.
Method for producing dry ice, in which liquid carbon dioxide is introduced via feed conduit into a reactor chamber, cooled in thermal contact with a cold heat transfer fluid to a temperature below its melting point at a heat exchanger surface comprising essentially the outer surface of the reactor chamber (cooling phase) and thereby frozen to give a dry ice body, characterized in that the pressure in the reactor chamber is maintained at a value above the triple point of carbon dioxide during charging and the cooling phase and, after freezing of the carbon dioxide in the reactor chamber, the supply of cold heat transfer fluid to the heat exchanger surface is stopped and the heat exchanger surface is warmed by supplying warm heat transfer fluid and the dry ice body is subsequently removed from the reactor chamber.
Method for determining a rheological property of a fluid, wherein according to the method - the fluid is conveyed with a constant volume flow rate through a nozzle, - the fluid strand thereby generated is deposited on a substrate, - a relative movement takes place between the nozzle and the substrate at a forward feed velocity value, - a contour of the liquid strand between the nozzle and the substrate is optically measured, characterized in that - an, in particular strain rate-dependent, extensional viscosity as a rheological property is calculated from knowledge of the volume flow rate, the forward feed velocity value and the contour of the liquid strand. - the fluid is conveyed with a constant volume flow rate through a nozzle, - the fluid strand thereby generated is deposited on a substrate, - a relative movement takes place between the nozzle and the substrate at a forward feed velocity value, - a contour of the liquid strand between the nozzle and the substrate is optically measured, - an, in particular strain rate-dependent, extensional viscosity as a rheological property is calculated from knowledge of the volume flow rate, the forward feed velocity value and the contour of the liquid strand.
Processing device for processing an organ package taken out from slaughtered poultry, comprising at least two cooperating rollers (1, 2) that define a nip between said rollers (1, 2) for selectively allowing preselected organs from said organ package to pass through said nip, which rollers (1, 2) during operation rotate in opposite directions in order to convey the organ package and simultaneously promote that said preselected organs pass through said nip, wherein the cooperating rollers (1, 2) are adjustable exactly perpendicular and transverse to the rollers' (1, 2) longitudinal direction so as to provide that the nip is adjustable, characterized in that the nip is adjustable to a pre-established constant value which applies along the entire longitudinal direction of the rollers (1, 2).
A method for producing a training aid for detection dog training, which training aid is a substrate comprising a quantity of a substance, wherein the substance is a chemical or biological material in a liquid or solid form, which is capable of being vaporised or aerosolised at a temperature of between 5°C and 30°C, comprising arranging for an airflow from an enclosed volume in a real environment to pass over a predetermined volume or predetermined surface area of the substance supported within a conduit, said conduit comprising a means for supporting the substance within the conduit and having an inlet and an outlet for passage of the airflow at a predetermined flow rate for a predetermined period of time over the substance thereby impregnating said air with the vapour or aerosol of said substance, and adsorbing said impregnated air onto a substrate, wherein the substrate comprising the substance is the training aid, the enclosed volume is an enclosed space to be screened for a substance, and wherein a real environment is the environment found at a real situation, as opposed to a simulated environment which is a fake or mock environment that seeks to emulate the characteristics of a real environment.
A method for adapting the control of the feed temperature of a heating facility to a building to be heated or at least to a building part to be heated, concerning which the heating facility supplies the building or the building part with heat by way of a heat transfer medium led in the circuit, wherein the circuit comprises at least one temperature-controlled heating circuit, and the flow rate of the heat transfer medium in the circuit is registered in a continuous manner or in temporal intervals and the adaptation of the control of the feed temperature is effected automatically in dependence on the registered values via the adaptation of a heating curve (1, 5) which determines the feed temperature of the heat transfer medium in dependence on the outer temperature, characterised in that the adaptation of the control of the feed temperature or heating curve (1, 5) of the heating facility is effected by way of adaptation of the outer temperature signal for the heating control in the control electronics of a pump which circulates the heat-transfer medium.
A scattering head of a scattering installation for the production of at least a part of a scattered particle mat, which is scattered at least in a partly oriented manner and which is pressed in a press by means of pressure and/or heat in the course of producing material boards, wherein the scattered particle mat is formed on a continuously circulating forming belt arranged beneath the scattering head in the falling direction of the scattered particles, characterized in that for scattering the scattered particles a transverse orienting apparatus and/or a longitudinal orienting apparatus are arranged together with a spoke-type scattering apparatus in any desired sequence in the direction of production above the forming belt.
Composite film for packaging containers, having a film composite comprising a plurality of packaging material layers (101 to 108), an inner packaging material layer being formed as a heat-sealable layer and an opening device being fixed to an outer packaging material layer, in particular by sealing onto the outer packaging material layer, and the packaging material layers (101 to 108) having a weakening area in the area of the opening device, characterized in that the weakening area is arranged on the side of the inner packaging material layer and is formed as an at least partial reduction of the layer thickness of the inner packaging material layer, wherein the shape of the weakening area, which is in particular annular in cross section, is matched to the arrangement of cutters which are arranged as a constituent part of the opening device on a partial circular diameter of the opening device.
An antenna structure, comprising: a first base substrate; a second base substrate; a dielectric layer, disposed between the first base substrate and the second base substrate; a plurality of first electrodes, disposed on a side of the first base substrate close to the dielectric layer and being spaced apart from one another; and at least one first buffer block, disposed between the first electrodes and the first base substrate, wherein the first buffer block is at least partially and directly contacted with the first electrodes, which is characterized in that, each of the first electrodes is provided with a plurality of first buffer blocks which are spaced apart and disposed between the each of the first electrodes and the first base substrate. a first base substrate; a second base substrate; a dielectric layer, disposed between the first base substrate and the second base substrate; a plurality of first electrodes, disposed on a side of the first base substrate close to the dielectric layer and being spaced apart from one another; and at least one first buffer block, disposed between the first electrodes and the first base substrate, wherein the first buffer block is at least partially and directly contacted with the first electrodes, which is characterized in that, each of the first electrodes is provided with a plurality of first buffer blocks which are spaced apart and disposed between the each of the first electrodes and the first base substrate.
Method of controlling a passive infrared, PIR, sensor, said sensor controlling if an electrical device is on or off, wherein said PIR sensor has at least two sensor elements, each having a lens focusing IR onto them, control electronics comprising at least one processing unit and one memory, wherein the at least two sensors cover adjacent cover areas, wherein information of detected presence from said at least two sensor elements are used to decrease false triggers, characterised in that said method will perform the following steps when presence is detected: - saving the time and identification of the first sensor element detecting the presence, - sending a switch on signal to said electrical device, - setting a first delay time, - if no presence is detected during the first delay time, sending a switch off signal to said electrical device - if presence is detected by a second sensor element before the first delay time has ended and during a time period that is less than a predetermined time period from the last triggered event from the first sensor, increasing the switch off delay time to a second delay time, being greater than the first delay time. - saving the time and identification of the first sensor element detecting the presence, - sending a switch on signal to said electrical device, - setting a first delay time, - if no presence is detected during the first delay time, sending a switch off signal to said electrical device - if presence is detected by a second sensor element before the first delay time has ended and during a time period that is less than a predetermined time period from the last triggered event from the first sensor, increasing the switch off delay time to a second delay time, being greater than the first delay time.
Method for controlling a closing process of an elevator door of an elevator car, the method comprising: monitoring an access to the elevator car by means of a light barrier, at least one detector of the light barrier outputting a light barrier signal change when the light barrier is temporarily interrupted; monitoring a weight of the elevator car by means of a weight measuring arrangement which outputs a weight signal change when the weight of the elevator car changes; controlling the closing process of the elevator door taking into account both the light barrier signal change and the weight signal change, characterized in that, in the case that, on at least one occasion, the weight signal change indicates a change in the weight of the elevator car by more than a predetermined minimum weight, but no light barrier signal change indicating a temporary interruption of the light barrier is detected in a timely manner, an emergency closing mode is activated in which the closing process is controlled such that a hazard potential for a person in a movement range of the elevator door is reduced in comparison to a normal closing of the elevator door. monitoring an access to the elevator car by means of a light barrier, at least one detector of the light barrier outputting a light barrier signal change when the light barrier is temporarily interrupted; monitoring a weight of the elevator car by means of a weight measuring arrangement which outputs a weight signal change when the weight of the elevator car changes; controlling the closing process of the elevator door taking into account both the light barrier signal change and the weight signal change, characterized in that, in the case that, on at least one occasion, the weight signal change indicates a change in the weight of the elevator car by more than a predetermined minimum weight, but no light barrier signal change indicating a temporary interruption of the light barrier is detected in a timely manner, an emergency closing mode is activated in which the closing process is controlled such that a hazard potential for a person in a movement range of the elevator door is reduced in comparison to a normal closing of the elevator door.