mhurhangee/ep-ind-claims huggingface dataset:
A storage-type water heater comprising: a water storage tank constructed with a metal and a lining coupled to the metal; a powered anode at least partially disposed in the water storage tank; and a controller configured to measure a first parameter having a relation to the operation of the powered anode; characterized in that the controller is further configured to: adjust a current of the powered anode based on the first parameter; measure a second parameter having a relation to the operation of the powered anode; and generate a signal when the second parameter exceeds a threshold. a water storage tank constructed with a metal and a lining coupled to the metal; a powered anode at least partially disposed in the water storage tank; and a controller configured to measure a first parameter having a relation to the operation of the powered anode; measure a first parameter having a relation to the operation of the powered anode; adjust a current of the powered anode based on the first parameter; measure a second parameter having a relation to the operation of the powered anode; and generate a signal when the second parameter exceeds a threshold.
A compacting station for a rotary press with a bearing part for a pressure roller, which is vertically adjustable in its height, a first frame-fixed adjustment drive which is coupled to the bearing part via an adjustment gearbox in order to height adjust the bearing part, and with a second adjustment drive, independent of the first adjustment drive, for height adjusting the pressure roller, characterised in that the bearing part is vertically height-adjustable along a guide way (40, 42) which is attached on the frame of the rotary press, that the axis of the pressure roller is eccentrically mounted in the bearing part, and a linear drive engages eccentrically on the axis as a second adjustment drive, in order to distort the axis in the bearing part.
Connector comprising a receiving block for inserting a flat contact in an insertion direction, comprising at least one receiving member for the flat contact, wherein the receiving member has a first counter-positioning portion (13, 13a) having counter-guiding faces which extend parallel with the insertion direction and a counter-clamping portion, wherein an inner width of the counter-positioning portion measured in a width direction which extends perpendicularly relative to the insertion direction is greater than an inner width of the counter-clamping portion, wherein the receiving member has a second counter-positioning portion and the counter-clamping portion is located between the first counter-positioning portion and the second counter-positioning portion, the connector further comprising a flat contact for insertion in the receiving member in an insertion direction, comprising a clamping portion having clamping projections which protrude in a width direction and a first positioning portion (3, 3a) which has at the narrow sides thereof guiding faces which extend parallel with the insertion direction, wherein the guiding faces project beyond the clamping projections in the width direction, and comprising a second positioning portion (3,3b) having guiding faces which extend parallel with the insertion direction, wherein the clamping portion is located between the first and the second positioning portion (3a, 3b) characterized in that in a positioning state the first and second positioning portion (3, 3a, 3b) of the flat contact are at least partially in contact with the corresponding counter positioning portions (13, 13 a, 13b) of the receiving member and the clamping portion (4, 4a, 4b) is located outside of the corresponding counter clamping portion (14, 14a, 14b).
A method for determining an orientation of an accelerometer system relative to a vehicle within which it is installed, wherein the accelerometer system is a multi-axial accelerometer system capable of measuring acceleration values for each of the axes of the accelerometer system to provide an acceleration measurement in the co-ordinate frame of the accelerometer system, the method comprising: obtaining a plurality of acceleration measurements from the accelerometer system whilst the vehicle is moving, wherein each of the acceleration measurements is representative of an acceleration as measured within the co-ordinate frame of the accelerometer system; and analysing a distribution of the acceleration measurements as measured within the co-ordinate frame of the accelerometer to determine an orientation of the accelerometer system relative to the vehicle within which it is installed. obtaining a plurality of acceleration measurements from the accelerometer system whilst the vehicle is moving, wherein each of the acceleration measurements is representative of an acceleration as measured within the co-ordinate frame of the accelerometer system; and analysing a distribution of the acceleration measurements as measured within the co-ordinate frame of the accelerometer to determine an orientation of the accelerometer system relative to the vehicle within which it is installed.
A method for hypothermic storage of whole blood, the method comprising: (a) diluting a volume of a sample of whole blood in a volume of preservation solution adapted for cellular osmotic balance at hypothermic temperatures, such that the ratio of whole blood to preservation solution is at least about 1:0.1 by volume; and (b) maintaining the whole blood/preservation solution mixture at about 2oC to about 18oC; wherein the whole blood/preservation solution mixture is free from an exogenously-introduced anticoagulant reagent, and the preservation solution comprises: an aqueous solution of electrolytes containing potassium ions at a concentration range of from about 35 to about 45 mM, sodium ions at a concentration range of from about 80 to about 120 mM, magnesium ions at a concentration range of from about 2 to about 10 mM, chloride ions at a concentration range of from about 15 to about 20 mM, and calcium ions at a concentration range of from about 0.01 to about 0.1 mM; an impermeant anion; mannitol; a macromolecular oncotic agent; at least one simple sugar; a substrate for the regeneration of ATP, and a biological pH buffer effective under physiological hypothermic conditions. (a) diluting a volume of a sample of whole blood in a volume of preservation solution adapted for cellular osmotic balance at hypothermic temperatures, such that the ratio of whole blood to preservation solution is at least about 1:0.1 by volume; and (b) maintaining the whole blood/preservation solution mixture at about 2oC to about 18oC; wherein
A cable system for a vehicle, the cable system being suitable for providing an operative link between a plurality of devices in the vehicle and their associated activation switches, which associated activation switches are spaced apart from the devices, the cable system comprising a wiring loom comprising a single signal wire; a timer assembly adapted to generate a periodic clock pulse on the signal wire; for each device, a receiver assembly connectable to the device and a transmitter assembly connectable to the device's associated activation switch, wherein for each device, the transmitter assembly is adapted to receive the periodic clock pulse and, on receipt of the clock pulse, to generate one signal pulse on the signal wire after a preset interval when the activation switch is activated; and the receiver assembly is adapted to receive the periodic clock pulse and the signal pulse after the preset interval and to activate the device if the signal pulse is present; wherein the clock pulse and signal pulse are of substantially equal amplitude. a wiring loom comprising a single signal wire; a timer assembly adapted to generate a periodic clock pulse on the signal wire; for each device, a receiver assembly connectable to the device and a transmitter assembly connectable to the device's associated activation switch, wherein for each device, the transmitter assembly is adapted to receive the periodic clock pulse and, on receipt of the clock pulse, to generate one signal pulse on the signal wire after a preset interval when the activation switch is activated; and the receiver assembly is adapted to receive the periodic clock pulse and the signal pulse after the preset interval and to activate the device if the signal pulse is present; the transmitter assembly is adapted to receive the periodic clock pulse and, on receipt of the clock pulse, to generate one signal pulse on the signal wire after a preset interval when the activation switch is activated; and the receiver assembly is adapted to receive the periodic clock pulse and the signal pulse after the preset interval and to activate the device if the signal pulse is present; wherein the clock pulse and signal pulse are of substantially equal amplitude.
A method of collecting a measurement data from a general purpose measuring instrument having a display part to display a measurement result, the display part being provided with a light source, the method comprising: a step of placing a plurality of measuring instrument identification media (102A,102B) on a support layer (173,174,175,176,177) that comprises a plurality of support layers which differ in either their material or thickness or both, wherein said plurality of measuring instrument identification media have respectively at least information for identifying the measuring instrument; resting the support layer (171,173,174,175,176,177) on the display part; a step performed by an image acquisition means that captures an image of a measurement result displayed on the display part and of the plurality of measuring instrument identification media; processing steps performed by a measurement data processing device to recognize each measuring instrument identification medium individually from the image acquired, read out image processing parameters appropriate for the model of the measuring instrument from a database based on the measuring instrument identification information obtained by successfully completing the recognition process of at least one measuring instrument identification medium, recognize a measurement result from the image acquired according to the image processing parameters read out, and output measurement data or error data. a step of placing a plurality of measuring instrument identification media (102A,102B) on a support layer (173,174,175,176,177) that comprises a plurality of support layers which differ in either their material or thickness or both, wherein said plurality of measuring instrument identification media have respectively at least information for identifying the measuring instrument; resting the support layer (171,173,174,175,176,177) on the display part; a step performed by an image acquisition means that captures an image of a measurement result displayed on the display part and of the plurality of measuring instrument identification media; processing steps performed by a measurement data processing device to recognize each measuring instrument identification medium individually from the image acquired, read out image processing parameters appropriate for the model of the measuring instrument from a database based on the measuring instrument identification information obtained by successfully completing the recognition process of at least one measuring instrument identification medium, recognize a measurement result from the image acquired according to the image processing parameters read out, and output measurement data or error data.
A building block device with 35 units as variable combinations, including a storage box and a building block group, wherein the storage box includes a base and a top cover covering the base; the building block group includes a plurality of building blocks, the base has a storage tank for placing the building block group, the top cover can cover the base to conceal the building block group; a bottom of the storage tank is provided with 35 locating grids for the building block group to form a single-layer planar pattern, a surface of the top cover is provided with 15 locating slots for the building block group to stack up to a five-layer trilateral cone, each building block of the building block group includes one to five units, at least one building block comprises more than one unit, said units are connected at horizontally or vertically two-dimensional angles, the building block group has 35 units. a storage box and a building block group, wherein the storage box includes a base and a top cover covering the base; the building block group includes a plurality of building blocks, the base has a storage tank for placing the building block group, the top cover can cover the base to conceal the building block group; a bottom of the storage tank is provided with 35 locating grids for the building block group to form a single-layer planar pattern, a surface of the top cover is provided with 15 locating slots for the building block group to stack up to a five-layer trilateral cone, each building block of the building block group includes one to five units, at least one building block comprises more than one unit, said units are connected at horizontally or vertically two-dimensional angles, the building block group has 35 units.
A dendrimer conjugate according to Formula I: wherein - represents a dendrimer core of a generation, n, selected from the group consisting of 1, 2, 3, 4, 5, 6, 7, 8; 9 and 10, each generation associated with a predetermined number of surface groups, p; - X is a surface group selected from the group consisting of -COOR' and -NR'R" in its "free" or unconjugated form, and -NHC -(CH 2) a- C -, -NHC -(C 2 -C 6)alkenyl-C, -NHC -CH 2 -O-NH 2, -NHC -(CH 2) a -maleimide, and -NR'-(CH 2) a -NR" in its conjugated form; - S is sulfur; - R 1 is wherein - R t is H, a C 1 -C 8 alkyl group, an ammonium ion, an alkylammonium ion, or an alkali or alkaline earth metal ion, and - x is an integer equal to 1, preferably wherein R t is H; - p is an integer selected from 4, 8, 16, 32, 64, 128, 256, 512, 1024, 2048 and 4096; - Z is a prostate specific membrane antigen targeting moiety according to Formula A: wherein - C=J is -CH 2 group or -C=O; - L is selected from the group consisting of -COOR'", -(CH 2)-NH-C -CH -, -(CH 2)-NH-C -(CH 2 -CH 2 -O) y -NR'-, -(CH 2)-NH-C -(CH 2) z -NR'-, and -(CH 2)-NH-C -(CH 2) r -SH-; - R', R", R'", R 2, R 3, and R 4 are each independently selected from the group consisting of H, and straight or branched C 1 -C 6 alkyl; - q represents the proportion of available surface groups, X, conjugated to Z; - subscripts a, y and z are each independently integers between 0 and 8 inclusive. - represents a dendrimer core of a generation, n, selected from the group consisting of 1, 2, 3, 4, 5, 6, 7, 8; 9 and 10, each generation associated with a predetermined number of surface groups, p; - X is a surface group selected from the group consisting of -COOR' and -NR'R" in its "free" or unconjugated form, and -NHC -(CH 2) a- C -, -NHC -(C 2 -C 6)alkenyl-C, -NHC -CH 2 -O-NH 2, -NHC -(CH 2) a -maleimide, and -NR'-(CH 2) a -NR" in its conjugated form; - S is sulfur; - R 1 is wherein - R t is H, a C 1 -C 8 alkyl group, an ammonium ion, an alkylammonium ion, or an alkali or alkaline earth metal ion, and - x is an integer equal to 1, preferably wherein R t is H; - R t is H, a C 1 -C 8 alkyl group, an ammonium ion, an alkylammonium ion, or an alkali or alkaline earth metal ion, and - x is an integer equal to 1, - p is an integer selected from 4, 8, 16, 32, 64, 128, 256, 512, 1024, 2048 and 4096; - Z is a prostate specific membrane antigen targeting moiety according to Formula A: wherein - C=J is -CH 2 group or -C=O; - L is selected from the group consisting of -COOR'", -(CH 2)-NH-C -CH -, -(CH 2)-NH-C -(CH 2 -CH 2 -O) y -NR'-, -(CH 2)-NH-C -(CH 2) z -NR'-, and -(CH 2)-NH-C -(CH 2) r -SH-; - C=J is -CH 2 group or -C=O; - L is selected from the group consisting of -COOR'", -(CH 2)-NH-C -CH -, -(CH 2)-NH-C -(CH 2 -CH 2 -O) y -NR'-, -(CH 2)-NH-C -(CH 2) z -NR'-, and -(CH 2)-NH-C -(CH 2) r -SH-; - R', R", R'", R 2, R 3, and R 4 are each independently selected from the group consisting of H, and straight or branched C 1 -C 6 alkyl; - q represents the proportion of available surface groups, X, conjugated to Z; - subscripts a, y and z are each independently integers between 0 and 8 inclusive.
A combination of a spacecraft and an apparatus, wherein the apparatus comprises: a group of panels in a folded configuration against a number of sides of the spacecraft; a group of flexible members connected to the group of panels; and an interface system associated with the group of panels and the group of flexible members, wherein the interface system is configured to move the group of panels from the folded configuration to a deployed configuration when the group of flexible members is extended from the spacecraft, wherein the interface system comprises: connectors associated with the group of panels and the group of flexible members, characterised in that each connector in the connectors comprises a channel and is configured to attach to a panel in the group of panels; and a group of engagement structures associated with the group of flexible members, wherein an engagement structure in the group of engagement structures is configured to engage with a corresponding connector in the connectors to move the panel in the group of panels from the folded configuration to the deployed configuration. a group of panels in a folded configuration against a number of sides of the spacecraft; a group of flexible members connected to the group of panels; and an interface system associated with the group of panels and the group of flexible members, wherein the interface system is configured to move the group of panels from the folded configuration to a deployed configuration when the group of flexible members is extended from the spacecraft, wherein the interface system comprises: connectors associated with the group of panels and the group of flexible members, characterised in that each connector in the connectors comprises a channel and is configured to attach to a panel in the group of panels; and a group of engagement structures associated with the group of flexible members, wherein an engagement structure in the group of engagement structures is configured to engage with a corresponding connector in the connectors to move the panel in the group of panels from the folded configuration to the deployed configuration. connectors associated with the group of panels and the group of flexible members, characterised in that each connector in the connectors comprises a channel and is configured to attach to a panel in the group of panels; and a group of engagement structures associated with the group of flexible members, wherein an engagement structure in the group of engagement structures is configured to engage with a corresponding connector in the connectors to move the panel in the group of panels from the folded configuration to the deployed configuration.
A punch system comprising: a punch body having a cavity therein; a punch tip comprising a punch tip stem and a working end opposite the punch tip stem along an axis of the punch tip, the punch tip stem being configured for selective engagement and disengagement within the cavity of the punch body; and a latch mechanism comprising a pivoting member configured for the selective engagement of the punch tip stem within the cavity in a closed position of the latch mechanism within the punch body, and further configured for the selective disengagement of the punch tip from the punch body in an open position of the latch mechanism extending from the punch body; wherein the pivoting member comprises a free end and a hinged end in pivoting engagement with the punch body, the free end of the pivoting member configured to pivot about the hinged end for engagement of an inner portion of the free end with a receiving slot defined in the punch tip stem with the latch mechanism in the closed position, and for disengagement of the free end from the receiving slot with the latch mechanism in the open position; wherein the pivoting member is spring loaded with a spring member and hinge disposed on the hinged end attached to the punch body, opposite the free end configured to pivot about the hinged end transverse to the axis of the punch tip for engagement and disengagement of the punch tip. a punch body having a cavity therein; a punch tip comprising a punch tip stem and a working end opposite the punch tip stem along an axis of the punch tip, the punch tip stem being configured for selective engagement and disengagement within the cavity of the punch body; and a latch mechanism comprising a pivoting member configured for the selective engagement of the punch tip stem within the cavity in a closed position of the latch mechanism within the punch body, and further configured for the selective disengagement of the punch tip from the punch body in an open position of the latch mechanism extending from the punch body; wherein the pivoting member comprises a free end and a hinged end in pivoting engagement with the punch body, the free end of the pivoting member configured to pivot about the hinged end for engagement of an inner portion of the free end with a receiving slot defined in the punch tip stem with the latch mechanism in the closed position, and for disengagement of the free end from the receiving slot with the latch mechanism in the open position; wherein the pivoting member is spring loaded with a spring member and hinge disposed on the hinged end attached to the punch body, opposite the free end configured to pivot about the hinged end transverse to the axis of the punch tip for engagement and disengagement of the punch tip.
Swirl body for use in a full-cone nozzle in order to set a fluid flowing through it in rotation, the swirl body having a cylindrical base section, which defines a cylindrical outer surface, the two end faces (4, 5) of the base section each being adjoined by conically tapering end section (8, 9) which defines a conical end face (6, 7), and wherein in the cylindrical outer surface of the swirl body two swirl channels of the same geometry extending obliquely to a central axis of the swirl body are formed with uniform offset along the circumference of the swirl body and each swirl channel opens into both conical end faces (6, 7), wherein the swirl channels have a constant inclination over their length relative to the central axis of the cylindrical base section and the inclination of the swirl channels is selected such that the two open axial ends of each swirl channel overlap in the circumferential direction and thus a lower end opening of a swirl channel is visible when looking axially through the upper end opening of the swirl channel, characterized in that exactly two swirl channels are formed in the cylindrical outer surface of the swirl body with a 180° offset from one another and each open into both end faces (6, 7), that the angle of inclination of the swirl channels is selected such that at least 70% of the lower end opening of the swirl channel is visible when looking axially through the upper end opening of the swirl channel, that the swirl channels have a semicircular end section at their radially inner end and is straight cross-sectional section adjoins the semicircular end section radially on the outside, the length of the straight cross-sectional section being at most 30% of the radius of the semicircular end section.