mhurhangee/ep-ind-claims huggingface dataset:
A cleaning cartridge comprising: an outer housing having an inner surface defining a chamber and a mouth providing open access to the chamber; a cap for covering the outer housing at the mouth; characterized in that it further comprises a stiffening component having a compressed position and an extended position; and a cleaning element attached to the stiffening component, wherein in the compressed position, the stiffening component and cleaning element are compacted to fit into the chamber, and wherein in the extended position, the stiffening component extends to expand the cleaning element to provide a cleaning surface, and the cleaning cartridge having a closed position, wherein the stiffening component and cleaning element are disposed in the chamber in the compressed position and the cap is removably attached to the outer housing to cover same at the mouth and to secure the stiffening component inside the chamber; and an open position, wherein the cap is detached from the outer housing and the stiffening component is released from the outer housing into the extended position. an outer housing having an inner surface defining a chamber and a mouth providing open access to the chamber; a cap for covering the outer housing at the mouth; characterized in that it further comprises a stiffening component having a compressed position and an extended position; and a cleaning element attached to the stiffening component, wherein in the compressed position, the stiffening component and cleaning element are compacted to fit into the chamber, and wherein in the extended position, the stiffening component extends to expand the cleaning element to provide a cleaning surface, and the cleaning cartridge having a closed position, wherein the stiffening component and cleaning element are disposed in the chamber in the compressed position and the cap is removably attached to the outer housing to cover same at the mouth and to secure the stiffening component inside the chamber; and an open position, wherein the cap is detached from the outer housing and the stiffening component is released from the outer housing into the extended position.
A method for determining a personalized near addition value for non-presbyopes, comprising the following steps: - measuring fusional amplitudes and phoria (Ph) for near vision with at least one addition value on both eyes of a subject at a working distance; - finding a mathematical function that predicts the change of a pair of fusional amplitudes and phoria (Ph) as a function of addition value based on the addition value and the measured fusional amplitudes and phoria (Ph); and - determining the near addition value according to a suitable relationship between the pair of fusional amplitudes and phoria (Ph) on the mathematical function. - measuring fusional amplitudes and phoria (Ph) for near vision with at least one addition value on both eyes of a subject at a working distance; - finding a mathematical function that predicts the change of a pair of fusional amplitudes and phoria (Ph) as a function of addition value based on the addition value and the measured fusional amplitudes and phoria (Ph); and - determining the near addition value according to a suitable relationship between the pair of fusional amplitudes and phoria (Ph) on the mathematical function.
A roman blind comprising a frame, a winding rod, a weight, and a blind fabric, wherein the winding rod is mounted rotatably on the frame, and rings into which loop cords are inserted are woven integrally with a loop-forming fabric in such a manner as to be formed transversely and longitudinally on the surface of the loop-forming fabric at the time when the loop-forming fabric is woven characterized in that, the blind fabric has a loop-forming fabric and a roll-up fabric, so that when an adjustment cord adapted to activate a winding unit is pulled, loops are formed on the loop-forming fabric,; the upper end of the roll-up fabric located behind the loop-forming fabric and the upper ends of loop cords, adapted to be inserted into the rings formed on the loop-forming fabric, are fixed to the winding rod; the upper end of the loop-forming fabric is fixed to the frame; the lower ends of the loop-forming fabric, the loop cords, and the roll-up fabric are fixed to the weight;
An electrical discharge irrigation device, comprising: a power source to produce a first voltage; a circuit, coupled to the power source to convert the first voltage to a second voltage, wherein the second voltage is higher than the first voltage; a switch to activate the circuit; an igniter (109; 114) coupled to the circuit to produce a spike; an electrical charge storage component (109; 209; 114; 208; 1006) coupled to the igniter with the electrical charge storage component becoming conductive and storing an electrical charge and producing a high voltage spike to discharge into a conductive solution, wherein the electrical charge storage component comprises a capacitor (107, 109) and at least one of an air gap switch (SP_Gap1-SP_GAP2) or a transformer; and a reservoir (1006; 1100, 1120, 1220, 1230) coupled to the electrical charge storage component to store the conductive solution with an inlet and an outlet (1002, 1007), wherein the conductive solution enters the device through the inlet and exits the device through the outlet. a power source to produce a first voltage; a circuit, coupled to the power source to convert the first voltage to a second voltage, wherein the second voltage is higher than the first voltage; a switch to activate the circuit; an igniter (109; 114) coupled to the circuit to produce a spike; an electrical charge storage component (109; 209; 114; 208; 1006) coupled to the igniter with the electrical charge storage component becoming conductive and storing an electrical charge and producing a high voltage spike to discharge into a conductive solution, wherein the electrical charge storage component comprises a capacitor (107, 109) and at least one of an air gap switch (SP_Gap1-SP_GAP2) or a transformer; and a reservoir (1006; 1100, 1120, 1220, 1230) coupled to the electrical charge storage component to store the conductive solution with an inlet and an outlet (1002, 1007), wherein the conductive solution enters the device through the inlet and exits the device through the outlet.
A child safety seat for a vehicle comprising - an outer shell enclosing a seating area for a child and - a protective element, the protective element comprising - a housing component and - an impact component,wherein the housing component is embedded into the outer shell and the impact component is mounted to the housing component, is configured to be enclosed at least partially by the housing component, and is configured to protrude laterally from the outer shell in a direction facing away from the seating area, characterized by the impact component comprising a rigid body having a screw thread, the screw thread allowing a rotational movement of the impact component to be transferred to a linear movement, the screw thread being configured to allow the impact component to be transferred between a rest position and a functioning position by rotating the impact component, the housing component or the impact component comprising a deformable region adapted to cushion forces impacting on the impact component, the housing component being supported by a fixed bearing, the fixed bearing allowing the impact forces to be guided into a structurally stable part of the child safety seat. - an outer shell enclosing a seating area for a child and - a protective element, - a housing component and - an impact component,wherein
A quick connector (1; 101) comprising a sleeving component (6; 106) and a sliding lock (8; 108); wherein the sleeving component (6; 106) comprises a main body (30; 130) defining a receiving hole (26; 126), wherein the receiving hole (26; 126) is used for receiving a fluid pipeline (4; 104) inserted therein an axial direction and having an annular groove (28; 128); the sliding lock (8; 108) extends in an inner recess in the main body (30; 130) of the sleeving component (6; 106) in a transverse direction, and the sliding lock (8; 108) is configured to radially elastically deform towards the outside of the sleeving component (6; 106) by means of mechanical interference with an end (58; 158) of the fluid pipeline (4; 104) during the insertion of the fluid pipeline (4; 104) into the sleeving component (6; 106), and tend to automatically move towards the interior of the sleeving component (6; 106) in the transverse direction in response to the radial elastic deformation; the sliding lock (8; 108) further comprises at least one locking hook, wherein the locking hook matches a locking catch provided in the main body (30; 130) of the sleeving component (6; 106), and when the fluid pipeline (4; 104) is completely pushed into the main body (30; 130) of the sleeving component (6; 106), the locking hook moves around the locking catch and finally surrounds the locking catch, characterized in that the sleeving component (6; 106) further comprises a stop component configured to radially elastically deform towards the outside of the sleeving component (6; 106) by means of mechanical interference with the end (58; 158) of the fluid pipeline (4; 104) so as to stop the automatic movement of the sliding lock (8; 108) towards the interior of the sleeving component (6; 106) in the transverse direction during the insertion of the fluid pipeline (4; 104) into the sleeving component (6; 106), and to release the mechanical interference with the end (58; 158) of the fluid pipeline (4; 104) so as to release the stopping of the sliding lock (8; 108) under the action of an elastic restoring force when the fluid pipeline (4; 104) is completely pushed into the main body (30; 130) of the sleeving component (6; 106).
A base element (17b, 17n) for connecting a data bus subscriber (7b, 7n) to a local bus, comprising: at least one interface for electrically and mechanically connecting to a data bus subscriber (7b, 7n); at least one switchable connection connectable with a first port to the local bus and a second port connected to the interface, wherein in a first switching state, data is conducted through the base element (17b, 17n) past the data bus subscriber (7b, 7n) and wherein in a second switching state, data is conducted to the interface to the data bus subscriber (7b, 7n) or data received from the data bus subscriber (7b, 7n) is sent via the at least one interface to the local bus, wherein the local bus is configured as a ring bus and the base element (17b, 17n) is configured to conduct data in the up and/or down direction and wherein the up direction is conducted unswitched through the base element (17b, 17n). at least one interface for electrically and mechanically connecting to a data bus subscriber (7b, 7n); at least one switchable connection connectable with a first port to the local bus and a second port connected to the interface, wherein in a first switching state, data is conducted through the base element (17b, 17n) past the data bus subscriber (7b, 7n) and wherein in a second switching state, data is conducted to the interface to the data bus subscriber (7b, 7n) or data received from the data bus subscriber (7b, 7n) is sent via the at least one interface to the local bus, wherein the local bus is configured as a ring bus and the base element (17b, 17n) is configured to conduct data in the up and/or down direction and wherein the up direction is conducted unswitched through the base element (17b, 17n).
A positively chargeable toner comprising a plurality of toner particles, wherein each of the toner particles includes a toner mother particle and an external additive adhering to a surface of the toner mother particle, the external additive includes a plurality of resin particles, each of the resin particles has a resin mother particle and a coat layer covering at least a portion of a surface of the resin mother particle, the coat layer contains a vinyl resin, and the vinyl resin includes a constitutional unit represented by formula shown below and a constitutional unit represented by formula shown below, where R 1 in formula represents a hydrogen atom or an alkyl group optionally substituted with a substituent, an available bond of a carbon atom bonded to two oxygen atoms in formula is bonded to an atom forming a resin contained in the resin mother particles, and R 2 in formula represents a hydrogen atom or an alkyl group optionally substituted with a substituent.
A process for producing an aqueous composition comprising a cellulose ether acetate being at least partially dissolved in an aqueous liquid, wherein the cellulose ether acetate comprises acetyl groups as the only ester groups and the process comprises the step of mixing an aqueous liquid with a cellulose ether acetate having a degree of substitution of acetyl groups, DS Ac, of from 0.05 to 0.75 and setting the temperature of the mixture of the cellulose ether acetate and the aqueous liquid to less than 10 °C to at least partially dissolve the cellulose ether acetate in the aqueous liquid.
A method of filling a weighing container for plastics granulate, wherein the granulate is dropped from a supply tube into the weighing container via a shutter, characterized in that the weighing container is closed-off on the top side by a wall having a conical part that reaches directly up the shutter, and in that the weighing container is filled with granulate up to the level of the shutter.
A power conversion device configured to convert electric power from a power source to a load, comprising: a voltage changing device including a rectification unit configured to prevent backflow of a current from a side of the load to a side of the power source, the voltage changing device being configured to change a voltage of power from the power source to a predetermined voltage; and a commutation device including a transformer and configured to perform commutation operation, in the commutation operation, the transformer applying a voltage induced by a current flowing through a primary-side winding to a secondary-side winding, which is,on an other path different from that for the voltage changing device, wherein, the transformer includes at least three winding layers, in which a winding layer of the secondary-side winding is formed between winding layers of the primary-side winding, and, the secondary-side winding of the transformer is wound as a space winding, wherein an inter-winding distance (d) between adjacent turns in the winding layer of the space winding is being increased relative to the inter-winding distance between adjacent turns in the winding layer of the primary side-winding such that the inter-winding distance of each of the turns constituting the space winding is uniform. a voltage changing device including a rectification unit configured to prevent backflow of a current from a side of the load to a side of the power source, the voltage changing device being configured to change a voltage of power from the power source to a predetermined voltage; and a commutation device including a transformer and configured to perform commutation operation, in the commutation operation, the transformer applying a voltage induced by a current flowing through a primary-side winding to a secondary-side winding, which is,on an other path different from that for the voltage changing device, wherein, the transformer includes at least three winding layers, in which a winding layer of the secondary-side winding is formed between winding layers of the primary-side winding, and, the secondary-side winding of the transformer is wound as a space winding, wherein an inter-winding distance (d) between adjacent turns in the winding layer of the space winding is being increased relative to the inter-winding distance between adjacent turns in the winding layer of the primary side-winding such that the inter-winding distance of each of the turns constituting the space winding is uniform.
A sole structure for an article of footwear, the sole structure comprising: a composite element (110; 210; 2101; 300) and a sole component (216; 304); wherein the composite element (110; 210; 2101; 300) comprises a textile (102; 202) and a hydrogel layer (115; 215); the textile (102; 202) comprises a textile material and has a first side (106; 206), a second side (104; 204), and a core located between the first side (106; 206) and the second side (104; 204); the hydrogel layer (115; 215) comprises a hydrogel material and has a first side (114; 214) and a second side (112; 212) that is operably coupled to the textile (102; 202) along the first side (106; 206) of the textile (102; 202); wherein a portion of the hydrogel layer (115; 215) extends through the first side (106; 206) of the textile (102; 202) and at least partially into the core of the textile (102; 202), but does not extend onto the second side (104; 204) of the textile (102; 202); wherein at least a portion of the first side (112; 212) of the hydrogel layer (115; 215) provides a first ground-facing surface of the sole structure; and wherein the sole component (216; 304) comprises a polymeric material and has a first side and a second side, wherein at least a portion of the first side of the sole component (216; 304) is operably coupled with the second side (104; 204) of the textile (102; 202). a composite element (110; 210; 2101; 300) and a sole component (216; 304); wherein the composite element (110; 210; 2101; 300) comprises a textile (102; 202) and a hydrogel layer (115; 215); the textile (102; 202) comprises a textile material and has a first side (106; 206), a second side (104; 204), and a core located between the first side (106; 206) and the second side (104; 204); the hydrogel layer (115; 215) comprises a hydrogel material and has a first side (114; 214) and a second side (112; 212) that is operably coupled to the textile (102; 202) along the first side (106; 206) of the textile (102; 202); the textile (102; 202) comprises a textile material and has a first side (106; 206), a second side (104; 204), and a core located between the first side (106; 206) and the second side (104; 204); the hydrogel layer (115; 215) comprises a hydrogel material and has a first side (114; 214) and a second side (112; 212) that is operably coupled to the textile (102; 202) along the first side (106; 206) of the textile (102; 202); wherein a portion of the hydrogel layer (115; 215) extends through the first side (106; 206) of the textile (102; 202) and at least partially into the core of the textile (102; 202), but does not extend onto the second side (104; 204) of the textile (102; 202); wherein at least a portion of the first side (112; 212) of the hydrogel layer (115; 215) provides a first ground-facing surface of the sole structure; and wherein the sole component (216; 304) comprises a polymeric material and has a first side and a second side, wherein at least a portion of the first side of the sole component (216; 304) is operably coupled with the second side (104; 204) of the textile (102; 202).
Wood screw for screwing at least one wood element, the wood screw having a shank which has a screw head at the rear end of the shank and a tapering front end, a screw thread extending from a tip of the front end in the direction of the screw head over at least a part of the shank, and at least one rib (6', 6") being provided in the region of the front end between thread flanks (5' 5") of the screw thread, characterized in that the at least one rib (6', 6") is located in the region of the tapering front end and is provided in the thread path only after at least one thread length which corresponds to one turn of the screw thread, such that a threaded region at the tip is free of ribs (6', 6").
A vascular insertion device comprising a needle and a guide shaft (220, 500, 600, 700, 800) located within the lumen defined by the needle, wherein a pressure sensor (400, 710) and a flow sensor (300, 400) are integrated into the guide shaft (220, 500, 600, 700, 800), the pressure sensor and the flow sensor being located at a distal tip of the guide shaft, wherein the guide shaft comprises a flexible elongated member (520, 620) and a core wire providing shapability to the guide shaft (220, 500, 600, 700, 800).
A method executed by a node (201-203, 210), comprising: - receiving control data from a terminal, the control data being indicative of a user engagement in a mobile edge application which is being executed on a source mobile edge server of a mobile edge system and on the terminal; - facilitating relocation of the mobile edge application from the source mobile edge server to a target mobile edge server based on the control data, wherein the control data is indicative of a point in time of reduced user engagement, wherein the relocation is triggered by the node synchronized with the point in time - receiving control data from a terminal, the control data being indicative of a user engagement in a mobile edge application which is being executed on a source mobile edge server of a mobile edge system and on the terminal; - facilitating relocation of the mobile edge application from the source mobile edge server to a target mobile edge server based on the control data, wherein the control data is indicative of a point in time of reduced user engagement, wherein the relocation is triggered by the node synchronized with the point in time
An image bearing member-protecting agent which is supplied to an image bearing member for protecting the image bearing member, the image bearing member-protecting agent comprising: a fatty acid metal salt, and an inorganic lubricant, wherein the image bearing member-protecting agent is formed by compression molding of powder containing at least the fatty acid metal salt and the inorganic lubricant, and wherein the image bearing member-protecting agent satisfies the relation 1.0 < A/B, where A denotes a density at end portions in the longitudinal direction of the image bearing member-protecting agent and B denotes a density at a central portion in the longitudinal direction of the image bearing member-protecting agent, wherein each end portion corresponds to 1/10 of the total length of the image bearing member-protecting agent in its longitudinal direction and the central portion corresponds to 1/3 of the total length of the image bearing member-protecting agent in its longitudinal direction, wherein the image bearing member-protecting agent is a solid lubricant molded so as to have a bar shape. a fatty acid metal salt, and an inorganic lubricant, wherein the image bearing member-protecting agent is formed by compression molding of powder containing at least the fatty acid metal salt and the inorganic lubricant, and wherein the image bearing member-protecting agent satisfies the relation 1.0 < A/B, where A denotes a density at end portions in the longitudinal direction of the image bearing member-protecting agent and B denotes a density at a central portion in the longitudinal direction of the image bearing member-protecting agent, wherein each end portion corresponds to 1/10 of the total length of the image bearing member-protecting agent in its longitudinal direction and the central portion corresponds to 1/3 of the total length of the image bearing member-protecting agent in its longitudinal direction, wherein the image bearing member-protecting agent is a solid lubricant molded so as to have a bar shape.