mhurhangee/ep-ind-claims huggingface dataset:
A detection device comprising: a) a container having an upper compartment and a lower compartment, wherein the upper compartment is connected to a passage through which a fluid sample can flow and enter the upper compartment, and wherein the lower compartment is connected to a passage through which a fluid sample can flow and exit the lower compartment; b) a mounting structure upon which a filter can be positioned; c) a filter, wherein the filter separates the upper compartment from the lower compartment; and d) a first template covering the filter, wherein the first template comprises a predetermined number of holes through which a liquid sample can flow through to discrete locations on the filter; characterized in that: i) the filter comprises a chromogen prior to the addition of the fluid sample, or ii) there is an absorbent pad under the filter and in contact with the filter, wherein the absorbent pad comprises a chromogen prior to addition of the fluid sample. a) a container having an upper compartment and a lower compartment, wherein the upper compartment is connected to a passage through which a fluid sample can flow and enter the upper compartment, and wherein the lower compartment is connected to a passage through which a fluid sample can flow and exit the lower compartment; b) a mounting structure upon which a filter can be positioned; c) a filter, wherein the filter separates the upper compartment from the lower compartment; and d) a first template covering the filter, wherein the first template comprises a predetermined number of holes through which a liquid sample can flow through to discrete locations on the filter; i) the filter comprises a chromogen prior to the addition of the fluid sample, or ii) there is an absorbent pad under the filter and in contact with the filter, wherein the absorbent pad comprises a chromogen prior to addition of the fluid sample.
Circuit configuration for operating a household appliance, having a switching power supply, by means of which a control unit can be at least indirectly supplied with current for controlling processes of the household appliance, and having a pushbutton, by means of which the switching power supply can be coupled to a supply grid, wherein an electronic control element is connected in parallel with the pushbutton and can be actuated at least indirectly by the switching power supply by way of a control connection, and a voltage storage unit is connected between the control connection of the electronic control element and a reference potential, so that after a line voltage is restored following a failure of the supply grid the switching power supply immediately restarts on account of the voltage present at the control connection and stored by the voltage storage unit.
A set of furniture components formed as rectangular panels (1, 2) comprising a first panel and a second panel, an edge of the second panel being insertable into a groove of the first panel when the panels are arranged essentially perpendicularly to each other to obtain a mechanical locking between the first panel and the second panel when the second panel is displaced essentially perpendicularly to the first panel, wherein: said edge comprises a separate and flexible tongue and said groove comprises a tongue groove; the separate and flexible tongue is insertable into the tongue groove for locking said panels to each other in a first direction, which is perpendicular to a main plane of the first panel; the edge of the second panel is configured to cooperate with the groove of the first panel for locking said panels to each other in a second direction, which is parallel to the main plane of the first panel; a length direction of the separate and flexible tongue extends parallel with said edge and/or groove; the groove comprises an opening, two side walls (6b, 6c) and a bottom; the separate and flexible tongue is arranged in an insertion groove; the separate and flexible tongue has an inner part mounted in the insertion groove and an outer part extending outside an opening of the insertion groove; and the separate and flexible tongue is displaceable inwardly towards a bottom of the insertion groove and outwardly into the tongue groove during locking, characterized in that the separate and flexible tongue comprises a snap tab that during snapping is displaced outside the insertion groove. said edge comprises a separate and flexible tongue and said groove comprises a tongue groove; the separate and flexible tongue is insertable into the tongue groove for locking said panels to each other in a first direction, which is perpendicular to a main plane of the first panel; the edge of the second panel is configured to cooperate with the groove of the first panel for locking said panels to each other in a second direction, which is parallel to the main plane of the first panel; a length direction of the separate and flexible tongue extends parallel with said edge and/or groove; the groove comprises an opening, two side walls (6b, 6c) and a bottom; the separate and flexible tongue is arranged in an insertion groove; the separate and flexible tongue has an inner part mounted in the insertion groove and an outer part extending outside an opening of the insertion groove; and the separate and flexible tongue is displaceable inwardly towards a bottom of the insertion groove and outwardly into the tongue groove during locking, characterized in that the separate and flexible tongue comprises a snap tab that during snapping is displaced outside the insertion groove.
A composition suitable for optimizing a biological treatment of swimming pools, wherein the composition comprises a bacterial agent, and wherein said bacterial agent comprises a mixture of species selected from the genera Bacillus, Paenibacillus, and Paracoccus, characterized in that the bacterial agent comprises a weight ratio of bacteria selected from the Paracoccus genus to bacteria selected from the Paenibacillus genus of about 1:1 to 15:1, preferably of about 2:1 to 13:1, most preferably of about 3:1 to 10:1, wherein the bacterial agent comprises bacteria selected from the Bacillus genus at a weight ratio of about 60 w/w% to 95 w/w%.
Closing element for closing bottles or similar containers by placing container closures onto the respective container in a closing-element axis and by fastening the container closures to the respective container, preferably by screwing the container closures onto a container thread, by means of a closing head for holding the container closure during the placing and fastening, with a first drive with a first drive element (30c-30f) for producing an axial lift movement of the closing head for the joining of the container closures (18c - 18f), which is connected on the drive side to the closing head for the fastening of the container closures to the containers, wherein the first drive element of the first drive and the second drive element of the second drive are in each case a shaft (30c-30f; 18c-18f), driven by their drive (10, 11) about an axis parallel to the closing-element axis, preferably about the closing-element axis, wherein the shaft (30c-30f) of the first drive is connected to the closing head, for the purposes of drive, by a raising gear unit, converting a rotational movement into the raising movement, preferably by means of a spindle gear, characterised in that, during the closing, the shafts (30c-30f; 18c-18f) are not moved axially together with the axial raising movement of the closing head.
A method for the separation of at least one component from a liquid feed mixture in a simulated moving bed separation device, - wherein the separation device comprises a plurality of separation units each with a fixed inlet and a fixed outlet through which during operation of the simulated moving bed separation device a liquid flow can be established in each separation unit in an upward direction, resulting for each separation unit into an input stream and an output stream; - wherein each of the plurality of separation units comprises an expanded bed of a separation matrix; - wherein in each of the separation units the space above the separation matrix bed is completely filled with liquid without a gas void above the separation matrix bed; - wherein each of said plurality of separation units is communicatively coupled to at least one inflow control unit and to at least one outflow control unit; - wherein each inflow control unit comprises at least one pump and at least one valve; - wherein each outflow control unit comprises at least one valve; - wherein each outflow control unit does not comprise a pump; - wherein the outlet ends of the separation units are provided with a fixed top adapter; - wherein the liquid feed mixture is fed to the inlet of each separation unit in sequence; - wherein each of the separation units is subsequently subjected to one of a washing step, an elution step, a cleaning step, an equilibration step or a compensation step; and - wherein a purified product outlet stream containing the at least one component is collected. - wherein the separation device comprises a plurality of separation units each with a fixed inlet and a fixed outlet through which during operation of the simulated moving bed separation device a liquid flow can be established in each separation unit in an upward direction, resulting for each separation unit into an input stream and an output stream; - wherein each of the plurality of separation units comprises an expanded bed of a separation matrix; - wherein in each of the separation units the space above the separation matrix bed is completely filled with liquid without a gas void above the separation matrix bed; - wherein each of said plurality of separation units is communicatively coupled to at least one inflow control unit and to at least one outflow control unit; - wherein each inflow control unit comprises at least one pump and at least one valve; - wherein each outflow control unit comprises at least one valve; - wherein each outflow control unit does not comprise a pump; - wherein the outlet ends of the separation units are provided with a fixed top adapter; - wherein the liquid feed mixture is fed to the inlet of each separation unit in sequence; - wherein each of the separation units is subsequently subjected to one of a washing step, an elution step, a cleaning step, an equilibration step or a compensation step; and - wherein a purified product outlet stream containing the at least one component is collected.
Connecting fitting for connecting a first workpiece and a second workpiece, with an anchor module (11; 111) for anchoring the connecting fitting (10; 110) in an anchoring recess of the first workpiece and an abutment module (13; 113) for support in an abutment recess of the second workpiece, and with a connecting device with clamping means for fitting in a connection recess, communicating with the abutment recess and the anchoring recess, in the first and/or second workpiece, and for releasable connection and clamping of the abutment module (13; 113) to the anchor module (11; 111) along a clamping axis for clamping together of the first and second workpiece, wherein the anchor module (11; 111) has an anchor support body (20; 120) for support on an inner periphery of the anchoring recess, and the abutment module (13; 113) has an abutment support body (80; 180) for support on an inner periphery of the abutment recess, wherein the anchor support body (20; 120) and the abutment support body (80; 180) have, on the outer periphery of their cross-section through which their respective longitudinal axis (L11, L12, L13) passes, a flat shape with opposite flat sides (27, 67, 87) and narrow sides (28, 68, 88), in particular rounded, extending between the flat sides (27, 67, 87), and wherein in the assembled state of the connecting fitting (10; 110), the clamping axis runs at an angle transversely to at least one of the longitudinal axes (L11, L12, L13) of anchor module (11; 111) or abutment module (13; 113), so that the anchor support body (20; 120) or the abutment support body (80; 180) rests with a flat side (27, 67, 87) or narrow side (28, 68, 88) on the inner periphery of the assigned anchoring recess or abutment recess transversely to the clamping axis, characterised in that the abutment support body (80; 180) and the anchor support body (20; 120) of the connecting device have substantially the same cross-sectional dimensions.
An illumination module for a near-to-eye display system, the illumination module comprising: a circuit board; an edge-emitting semiconductor-based light source mounted to the circuit board, to emit light in a first illumination pattern; an encasing mounted to the circuit board; and one or more optical surfaces at least partially contained within the encasing, the one or more optical surfaces including a single optical surface configured to receive, condition, and redirect the light from the edge-emitting semiconductor-based light source such that the one or more optical surfaces are collectively configured to output the conditioned and redirected light from the illumination module in a second illumination pattern different from the first illumination pattern, wherein the single optical surface is further configured to collimate the light and to reflectively redirect the light, wherein the one or more optical surfaces are comprised in one or more optical elements, the one or more optical elements including a parabolic mirror contained within the encasing, to receive the light from the edge-emitting semiconductor-based light source and to collimate and redirect the light received from the edge-emitting semiconductor-based light source to a camera, such that the second illumination pattern includes the collimated and redirected light, and wherein a top surface of the circuit board comprises a cavity configured to allow the light to expand into the cavity. a circuit board; an edge-emitting semiconductor-based light source mounted to the circuit board, to emit light in a first illumination pattern; an encasing mounted to the circuit board; and one or more optical surfaces at least partially contained within the encasing, the one or more optical surfaces including a single optical surface configured to receive, condition, and redirect the light from the edge-emitting semiconductor-based light source such that the one or more optical surfaces are collectively configured to output the conditioned and redirected light from the illumination module in a second illumination pattern different from the first illumination pattern, wherein the single optical surface is further configured to collimate the light and to reflectively redirect the light, wherein the one or more optical surfaces are comprised in one or more optical elements, the one or more optical elements including a parabolic mirror contained within the encasing, to receive the light from the edge-emitting semiconductor-based light source and to collimate and redirect the light received from the edge-emitting semiconductor-based light source to a camera, such that the second illumination pattern includes the collimated and redirected light, and wherein a top surface of the circuit board comprises a cavity configured to allow the light to expand into the cavity.
Device for continuous casting of thin slabs with a strip guide, which is arranged behind a mould in casting direction and which guides the strip, which has exited the mould, along a first direction, a bending/straightening region (40, 50) which is connected therewith and which comprises means for driving and bending the strip in a second direction differing from the first direction, a cutting device which cuts the strip into thin slabs and a first furnace provided for temperature equalisation in the strip, characterised in that the first furnace extends curvilinearly at least partly over the bending/straightening region (40, 50) and in part along the second direction.
A haptic device, comprising: a substantially transparent piezoelectric sensor layer comprising an array of sensor cells; a substantially transparent piezoelectric actuator layer (94, 96) distinct from the sensor layer, comprising an array of independently actuatable actuator cells, wherein the array of sensor cells includes more cells than the array of actuator cells; and a display configured to display an image viewable through the substantially transparent piezoelectric sensor layer and the substantially transparent piezoelectric actuator layer. a substantially transparent piezoelectric sensor layer comprising an array of sensor cells; a substantially transparent piezoelectric actuator layer (94, 96) distinct from the sensor layer, comprising an array of independently actuatable actuator cells, wherein the array of sensor cells includes more cells than the array of actuator cells; and a display configured to display an image viewable through the substantially transparent piezoelectric sensor layer and the substantially transparent piezoelectric actuator layer.
Escape-wheel for a timepiece movement, comprising: - a hub intended to be mounted rotationally-integrated with a staff, the staff being intended to be subject to a mechanical torque; - a plurality of elastic elements extending from the hub; - a plurality of banking elements, substantially more rigid than said elastic elements, extending from the hub and each situated between two adjacent elastic elements; wherein - each elastic element is provided with an end part; - said end part comprises at least a first and a second protuberance; - the first protuberance forms a tooth of the escape-wheel intended to interact with an anchor; and - the second protuberance forms a first banking protuberance, extending toward, and able to cooperate with, an adjacent first banking element. - a hub intended to be mounted rotationally-integrated with a staff, the staff being intended to be subject to a mechanical torque; - a plurality of elastic elements extending from the hub; - a plurality of banking elements, substantially more rigid than said elastic elements, extending from the hub and each situated between two adjacent elastic elements; - each elastic element is provided with an end part; - said end part comprises at least a first and a second protuberance; - the first protuberance forms a tooth of the escape-wheel intended to interact with an anchor; and - the second protuberance forms a first banking protuberance, extending toward, and able to cooperate with, an adjacent first banking element.
A device for eliminating condensate for air conditioners, the air conditioner comprising a refrigerant flow circuit comprising a compressor, a first heat exchanger, a second heat exchanger and a throttling unit, such as a capillary tube or a control valve, inserted between the first heat exchanger and the second heat exchanger; the device comprising a control unit and a valve connected to the control unit, the valve having an inlet suitable for being connected to at least the first heat exchanger in a heating mode or to at least the second heat exchanger in a cooling mode, and at least one first outlet suitable for being connected to at least the second heat exchanger in a heating mode, wherein the control unit is suitable for setting the opening and the closing of the first outlet of the valve for conveying the condensate towards the second heat exchanger; the device being characterised in that the valve has at least one second outlet suitable for being connected to the first heat exchanger in a cooling mode, and the control unit is suitable for setting the opening and the closing of the second outlet of the valve for conveying the condensate towards the first heat exchanger.
A method, comprising: determining, by a coexistence enabler of a TV White Space environment, a coexistence value for a wireless network based on parameters associated with the wireless network, including at least one of a number of nodes in the wireless network, a current resource allocation utilization rate of the wireless network and a priority of the wireless network with respect to one or more other wireless networks within the TV White Space environment, wherein the coexistence value characterizes eligibility of the wireless network to wireless spectrum resources available to secondary networks within the TV White Space environment; and communicating, by the coexistence enabler of the TV White Space environment, the determined coexistence value of the wireless network to an associated coexistence manager of the TV White Space environment.
Hydraulic steering arrangement comprising a supply port, a return port, a working port arrangement having two working ports (5, 6), a main flow path between the supply port and one of the working ports and a return flow path between the other working port and the return port, wherein the main flow path comprises a main orifice, a flow meter, a first flow meter orifice upstream the flow meter, a second flow meter orifice downstream the flow meter, and a first working port orifice, the return flow path comprises a second working port orifice, a load sensing point is arranged between the main orifice and the first flow meter orifice, a drain orifice (Ad) is arranged between the load sensing point and the return port, and a priority valve arrangement is arranged between the supply port and the main orifice, wherein a load sensing port of the priority valve arrangement is connected to the load sensing point, wherein a priority outlet of the priority valve arrangement is directly connected to the main orifice, the load sensing port of the priority valve arrangement is directly connected to the load sensing point, characterized in that the main flow path comprises a check valve between the load sensing point and the working port of the main flow path, the check valve opening in a direction towards the working port.
A method for removing a layer of at least one first material from a surface of a body made from at least one second material, in which the body is subjected to a pressure jet that contains at least one blasting medium of particles, which in particular are spherical, wherein the pressure jet has at least intermittently an Almen intensity of at most 0.35 mm Almen A, preferably at most 0.3 mm Almen A and particularly preferably at most 0.25 mm Almen A, characterised in that the pressure jet contains in addition to a blasting medium of particles, in particular of a material that is not particularly reactive chemically, at least intermittently further at least one alkali hydroxide lye that reacts chemically with at least one material of the layer that is to be removed.
Method for compensating for a transmission torque (MÜ) of a clutch between a regulated drive motor, in particular of an electric machine, and an internal combustion engine of a hybrid drive at the transition from exclusive operation with the drive motor to hybrid operation, wherein during hybrid operation a total torque is made available jointly by the drive motor and the internal combustion engine, wherein the rotational speed (ω) of the drive motor is open- or closed-loop controlled with the aid of a manipulated variable (M manip), wherein in order to implement the transition the internal combustion engine is tow-started by coupling it to the drive motor via a proportional clutch with a controllable transmission torque (MÜ), wherein the open- or closed-loop control of the rotational speed (ω) of the drive motor is carried out as a function of a setpoint transmission torque (MÜ setp) with which the drive motor is to be coupled to the internal combustion engine, and wherein the rotational speed (ω) of the drive motor is closed-loop controlled in order to adjust an actual rotational speed (ω act) to a setpoint rotational speed (ω setp), wherein the manipulated variable (M manip) is changed as a function of the setpoint transmission torque (MÜ setp), in order to obtain a corrected manipulated variable (M setp), characterized in that the setpoint transmission torque (MÜ setp) is subjected to a delay before the correction of the manipulated variable (M manip).