mhurhangee/patent-ind-claim-en huggingface dataset:
A household tissue case , comprising: a casing having a dispensing opening in an upper face thereof and configured to store household tissues therein; and a lid configured to open and close the dispensing opening, wherein a frame member configured to be mounted to a perimeter of the dispensing opening, the frame member being made of an elastic member, two restricting portions being disposed at opposite ends of the frame member in a short-side direction of the casing in a plan view and extending in such a directions as to close the dispensing opening, and the restricting portions being arranged to avoid overlapping each other such that tips thereof are staggered in a long-side direction of the casing in a plan view, thereby forming a letter-Z-shaped cut in the frame member, and the dispensing opening is situated off a center of gravity of the household tissue case in a plan view when the lid is in an open position, characterized in that the frame member has a projection disposed on the same side as the center of gravity and extending in such a direction as to close the dispensing opening such as not to overlap the restricting portion wherein the frame member is made of elastomer resin having a hardness of 90°. a casing having a dispensing opening in an upper face thereof and configured to store household tissues therein; and a lid configured to open and close the dispensing opening, wherein a frame member configured to be mounted to a perimeter of the dispensing opening, the frame member being made of an elastic member, two restricting portions being disposed at opposite ends of the frame member in a short-side direction of the casing in a plan view and extending in such a directions as to close the dispensing opening, and the restricting portions being arranged to avoid overlapping each other such that tips thereof are staggered in a long-side direction of the casing in a plan view, thereby forming a letter-Z-shaped cut in the frame member, and the dispensing opening is situated off a center of gravity of the household tissue case in a plan view when the lid is in an open position, characterized in that the frame member has a projection disposed on the same side as the center of gravity and extending in such a direction as to close the dispensing opening such as not to overlap the restricting portion wherein the frame member is made of elastomer resin having a hardness of 90°.
Construction method, comprising the production of at least one slab according to the following steps: - casting a thin slab of concrete; - laying of metal stiffeners in the thin slab of freshly cast concrete; - cutting at least two blocks of wood (p1-p3), said blocks of wood (p1-p3) being solid, consisting of wood fibres, with a density of between 120 and 140 kg/m 3 ; - placing the blocks of wood (p1-p3) between the stiffeners emerging from the thin slab of freshly cast concrete and leaving a space between the adjacent blocks of wood (p1-p3); - casting concrete ribs (n1-n6) between the blocks of wood (p1-p3), by at least partly embedding the stiffeners ; and - drying the non-prestressed slab consisting of the thin slab of concrete, stiffeners , blocks of wood (p1-p3) and concrete ribs (n1-n6). - casting a thin slab of concrete; - laying of metal stiffeners in the thin slab of freshly cast concrete; - cutting at least two blocks of wood (p1-p3), said blocks of wood (p1-p3) being solid, consisting of wood fibres, with a density of between 120 and 140 kg/m 3 ; - placing the blocks of wood (p1-p3) between the stiffeners emerging from the thin slab of freshly cast concrete and leaving a space between the adjacent blocks of wood (p1-p3); - casting concrete ribs (n1-n6) between the blocks of wood (p1-p3), by at least partly embedding the stiffeners ; and - drying the non-prestressed slab consisting of the thin slab of concrete, stiffeners , blocks of wood (p1-p3) and concrete ribs (n1-n6).
Method for ascertaining a displacement position (d) of an output element relative to a base element in a linear drive for a furniture item having a movable furniture part, wherein the linear drive includes a base element and an output element which is displaceable linearly with respect to the base element, and a measuring device for ascertaining a position of the output element with respect to the base element, comprising the following steps: - determining several value pairs of displacement positions (d) and tilt angles (α) of the linear drive in a state installed in a furniture item; - storing the value pairs in a memory unit associated to the linear drive ; - determining a current value of the tilt angle (α) during operation of the linear drive in the furniture item; - determining a current value for the displacement position (d) based on the stored value pairs. - determining several value pairs of displacement positions (d) and tilt angles (α) of the linear drive in a state installed in a furniture item; - storing the value pairs in a memory unit associated to the linear drive ; - determining a current value of the tilt angle (α) during operation of the linear drive in the furniture item; - determining a current value for the displacement position (d) based on the stored value pairs.
A modular kitchen unit comprising a plurality of adjacent functional elements (1A, 1B, 1C, 1D, 1E, 1F, 1G, 1H, 1I, and 1L), that are selected in a group consisting of a refrigerator compartment, a first hanging closet, a hood, a second hanging closet, a plate rack, a chest of drawers, a hob, a storage furniture, a sink with under sink, an oven and a dishwasher, and including a multiplicity of vertical posts (2; 23; 24) made up of first vertical posts , second vertical posts , third vertical posts , and a multiplicity of vertical upper panels and vertical lower panels and of lower side panels , the first, second and third vertical posts (2; 23; 24) having through slots at least superiorly, and the vertical upper panels having hook members for engaging the through slots of the first, second and third vertical posts (2; 23; 24), each first, second and third vertical post (2; 23; 24) being fastened to one of the multiplicity of vertical lower panels and lower side panels for making free-standing the modular kitchen unit, without any supporting base other than the lower panels and the lower partitions , and without any fastening means for fixing the vertical posts to wall or ceiling, characterized in that - the first, second and third vertical posts (2; 23; 24) are sections having a profile with a front wing and a side wing , - the first and second vertical posts (2; 23) rest on the floor, - the second vertical posts have also superiorly in the side wing through slots , and the upper panels have hook members engaging through slots of the front wings and lateral wings for assembling consecutively the upper panels . - the first, second and third vertical posts (2; 23; 24) are sections having a profile with a front wing and a side wing , - the first and second vertical posts (2; 23) rest on the floor, - the second vertical posts have also superiorly in the side wing through slots , and the upper panels have hook members engaging through slots of the front wings and lateral wings for assembling consecutively the upper panels .
A process for producing a material in the form of nanosheets by ball milling of crystals of the material having a layered structure selected from graphite, boron nitride, molybdenum disulphide and tungsten disulphide, wherein the ball milling takes place in the presence of a reactive gas selected from ammonia and a hydrocarbon to produce nanosheets having a thickness less than 10 nm.
A multi-speed internal bicycle hub transmission assembly comprising: - a hub axle ; - a driver rotatably supported to the hub axle ; - a hub shell rotatably supported to the hub axle ; and - a power transmission mechanism disposed between the driver and the hub shell for communicating rotational power from the driver to the hub shell through at least a first power transmission path and a second power transmission path; - wherein the power transmission mechanism further includes - a sun gear (52 - 58); - a ring gear with ratchet teeth rotatably supported around the hub axle ; - a planet gear carrier rotatably supported around the hub axle ; - a plurality of first planet gears rotatably supported to the planet gear carrier and meshing with the sun gear (52 - 58) and the ring gear ; and - wherein a pawl is disposed between the driver and the ring gear ; - the pawl being configured to transfer torque between the driver and the hub shell with torque being transferred along the first power transmission path; - wherein a pawl retracting mechanism includes a pawl retracting member and a slide spring ; - the pawl retracting member being configured to restrict movement of the pawl with torque transmitted through the second power transmission path; and - wherein the slide spring is disposed between the driver and the ring gear , and one end of the slide spring is connected to the pawl retracting member . - a hub axle ; - a driver rotatably supported to the hub axle ; - a hub shell rotatably supported to the hub axle ; and - a power transmission mechanism disposed between the driver and the hub shell for communicating rotational power from the driver to the hub shell through at least a first power transmission path and a second power transmission path; - wherein the power transmission mechanism further includes - a sun gear (52 - 58); - a ring gear with ratchet teeth rotatably supported around the hub axle ; - a planet gear carrier rotatably supported around the hub axle ; - a plurality of first planet gears rotatably supported to the planet gear carrier and meshing with the sun gear (52 - 58) and the ring gear ; and - wherein a pawl is disposed between the driver and the ring gear ; - a sun gear (52 - 58); - a ring gear with ratchet teeth rotatably supported around the hub axle ; - a planet gear carrier rotatably supported around the hub axle ; - a plurality of first planet gears rotatably supported to the planet gear carrier and meshing with the sun gear (52 - 58) and the ring gear ; and - wherein a pawl is disposed between the driver and the ring gear ; - the pawl being configured to transfer torque between the driver and the hub shell with torque being transferred along the first power transmission path; - wherein a pawl retracting mechanism includes a pawl retracting member and a slide spring ; - the pawl retracting member being configured to restrict movement of the pawl with torque transmitted through the second power transmission path; and - wherein the slide spring is disposed between the driver and the ring gear , and one end of the slide spring is connected to the pawl retracting member .
An apparatus , comprising a plurality of optical devices (100 1 , 100 2 , 100 3 , 100 4 , 100 5 ) supported on a planar surface, each of the optical devices (100 1 , 100 2 , 100 3 , 100 4 , 100 5 ) being configured to receive light, emit light, or receive and emit light substantially orthogonally to the planar surface; wherein the plurality of optical devices (100 1 , 100 2 , 100 3 , 100 4 , 100 5 ) include a first optical device and a second optical device; wherein the first optical device is configured to operate as an optical device of a first type; wherein the second optical device is configured to operate as an optical device of a second type different from the first type; wherein the first type and the second type are selected from a device-type set consisting of a vertical-cavity surface-emitting laser, a semiconductor optical amplifier, a reflective optical modulator, and a photodetector, wherein each of the optical devices comprises a respective semiconductor diode that includes respective multiple quantum wells; and wherein the apparatus further comprises an electrical circuit connected to electrically bias the respective semiconductor diodes to change the operation of the optical device to a type from the device-type set. wherein the plurality of optical devices (100 1 , 100 2 , 100 3 , 100 4 , 100 5 ) include a first optical device and a second optical device; wherein the first optical device is configured to operate as an optical device of a first type; wherein the second optical device is configured to operate as an optical device of a second type different from the first type; wherein the first type and the second type are selected from a device-type set consisting of a vertical-cavity surface-emitting laser, a semiconductor optical amplifier, a reflective optical modulator, and a photodetector, wherein each of the optical devices comprises a respective semiconductor diode that includes respective multiple quantum wells; and wherein the apparatus further comprises an electrical circuit connected to electrically bias the respective semiconductor diodes to change the operation of the optical device to a type from the device-type set.
Radiating element comprising at least two feeding guides and one horn common to the at least two feeding guides and having an excitation interface , each feeding guide being distinct from the other feeding guides, each feeding guide consisting of a port guide and an excitation guide connected to the port guide by a port interface and connected to the common horn by the excitation interface , each excitation guide being flared in the direction from the port interface to the excitation interface , each excitation guide not having an axis of symmetry, the at least two feeding guides being identical and disposed symmetrically relative to one another relative to a plane of symmetry of the radiating element.
Extendable step having a moveable tread element and an extending apparatus , by means of which the tread element can be moved between a retracted, rest position and an extended, operating position, wherein the extending apparatus has a framework , an actuator and a linkage mechanism , wherein the linkage mechanism is designed in the form of a four-bar linkage with a plurality of, in particular two, parallel links and with upright pivot-axis members (17-20) at in each case both link ends, and the tread element pivots, in its main plane, in an oval movement path , characterized in that the framework has a carrying frame of parallel carrying profiles , on which rear pivot-axis members of the links are arranged, wherein the carrying profiles are designed in the form of laterally open profiles which are oriented in the same direction and in which the links are accommodated, wherein, in the rest position and the operating position, the links are accommodated, and supported, in a recessed state in the carrying profiles , in a parallel position.
A sleeve shaped valve cage for receiving a valve member, such as a valve plug , of a control valve of a processing plant, such as a chemical plant, a foodstuff processing plant, a power generating plant or the like, wherein the valve cage is configured to guide the valve member relative to the valve cage in a displacement direction (S) between a closed position in which the valve member prevents a stream of processing fluid through the control valve and an open position in which the valve cage together with the valve member releases an opening area for a stream of processing fluid and further configured to provide, dependent on the control position of the valve member, different reducing characteristics, the valve cage comprising: a throttle section for small, particularly pressure-reduced flow rates of the processing fluid, the throttle section having multiple throttle conduits extending from an inside of the valve cage to its outside , a high capacity flow section , particularly free of reduction, adjacent to the throttle section in the displacement direction (S), for large flow rates of the processing fluid, wherein at least one balancing channel extending from the inside to the outside is formed in the valve cage , which leads from the high capacity flow section to the throttle section such that, before the valve member releases all throttle conduits , the equalization channel is released, wherein the valve cage has at least a passage window for the large flow rates arranged outside the throttle section , characterized in that the cross sectional area of the part of the balancing channel extending into the throttle section forms less than half of the entire, mutual cross sectional area of the passage window and the balancing channel . a throttle section for small, particularly pressure-reduced flow rates of the processing fluid, the throttle section having multiple throttle conduits extending from an inside of the valve cage to its outside , a high capacity flow section , particularly free of reduction, adjacent to the throttle section in the displacement direction (S), for large flow rates of the processing fluid, wherein at least one balancing channel extending from the inside to the outside is formed in the valve cage , which leads from the high capacity flow section to the throttle section such that, before the valve member releases all throttle conduits , the equalization channel is released, wherein the valve cage has at least a passage window for the large flow rates arranged outside the throttle section , characterized in that the cross sectional area of the part of the balancing channel extending into the throttle section forms less than half of the entire, mutual cross sectional area of the passage window and the balancing channel .
Compound containing at least one unit of the formula (Ia) or (Ib) where R 1 , R 2 , R 3 , and R 4 are the same or different and are -H or any desired group, preferably -H, R 5 and R 11 are the same or different and are an alkyl or perfluoroalkyl radical, R 6 and R 10 are the same or different and are an oligomer or polymer radical and R 7 , R 8 und R 9 are the same or different and are -H or any desired group, preferably -H, characterized in that at least one of the R 6 or R 10 radicals is an oligomer or polymer radical attached via an oxygen atom to the ring carbon atom. where R 1 , R 2 , R 3 , and R 4 are the same or different and are -H or any desired group, preferably -H, R 5 and R 11 are the same or different and are an alkyl or perfluoroalkyl radical, R 6 and R 10 are the same or different and are an oligomer or polymer radical and R 7 , R 8 und R 9 are the same or different and are -H or any desired group, preferably -H, characterized in that at least one of the R 6 or R 10 radicals is an oligomer or polymer radical attached via an oxygen atom to the ring carbon atom.
A method of wireless communication, comprising: receiving , by a first network node from a second network node, encoded channel state information, CSI, included in an uninterpretable payload portion of a structured payload including an interpretable payload portion that is interpretable without decoding and the uninterpretable payload portion that is uninterpretable without decoding; generating , by the first network node, reference signal, RS, based side information based at least in partially on a RS, wherein the RS based side information is information in addition to the CSI that is configured for use in association with the CSI; and decoding , by the first network node, the encoded CSI from the uninterpretable payload portion using information from the interpretable payload portion and the RS based side information to provide reconstructed channel information. receiving , by a first network node from a second network node, encoded channel state information, CSI, included in an uninterpretable payload portion of a structured payload including an interpretable payload portion that is interpretable without decoding and the uninterpretable payload portion that is uninterpretable without decoding; generating , by the first network node, reference signal, RS, based side information based at least in partially on a RS, wherein the RS based side information is information in addition to the CSI that is configured for use in association with the CSI; and decoding , by the first network node, the encoded CSI from the uninterpretable payload portion using information from the interpretable payload portion and the RS based side information to provide reconstructed channel information.
A vacuum cleaner comprising: - a cleaning nozzle , - a motor , - a fan powered by the motor so as to generate a negative pressure at the cleaning nozzle , - a control assembly configured to control the power generated by the motor , and - an actuator connected to the control assembly , characterised in that the actuator is movably arranged between at least two different positions (p1 - p4), the control assembly is configured to control the motor to at least two different power levels based on the position (p1 - p4) of the actuator , the actuator is movably arranged to a further position (p5), characterized in that the control assembly is configured to operate the motor in an automatic mode when the actuator is in the further position (p5). - a cleaning nozzle , - a motor , - a fan powered by the motor so as to generate a negative pressure at the cleaning nozzle , - a control assembly configured to control the power generated by the motor , and - an actuator connected to the control assembly , characterised in that the actuator is movably arranged between at least two different positions (p1 - p4), the control assembly is configured to control the motor to at least two different power levels based on the position (p1 - p4) of the actuator , the actuator is movably arranged to a further position (p5), characterized in that the control assembly is configured to operate the motor in an automatic mode when the actuator is in the further position (p5). the control assembly is configured to control the motor to at least two different power levels based on the position (p1 - p4) of the actuator , the actuator is movably arranged to a further position (p5), characterized in that the control assembly is configured to operate the motor in an automatic mode when the actuator is in the further position (p5).
A system for monitoring presence within a facility, the system comprising: a location module operable to monitor the location of one or more specified mobile devices and to output an indication whenever any of the monitored devices crosses a geofence defining the facility; and a register module operable in response to the location module to generate an up to date presence list for the facility based on the identity of monitored devices within the geofence; and an interface operable to output said presence list on demand and which can transmit the presence list to one or more external devices or locations in response to an evacuation alarm, wherein the location module is connected to one or more transceiver devices, the transceiver devices operable to output a location indication when connected to a specified mobile device and the location module is operable to additionally track unknown mobile devices that are detected within the facility and hence infer the presence of one or more additional persons in the facility, wherein the mobile devices are smartphones or tablet computers associated with regular occupants or visitors to the facility.
An automatic exposure control method for X-ray imaging, comprising: acquiring (S110) a visible light image of a subject under test, and defining (S120) an initial ROI on the visible light image, characterized in pre-exposing (S130) the subject under test with a set pre-exposure dose to obtain a first image, defining (S140) an ROI on the first image based on the initial ROI, defining (S150) a reference pixel value based on the ROI, and calculating (S160) a main exposure dose for an actual exposure according to the reference pixel value. acquiring (S110) a visible light image of a subject under test, and defining (S120) an initial ROI on the visible light image, characterized in pre-exposing (S130) the subject under test with a set pre-exposure dose to obtain a first image, defining (S140) an ROI on the first image based on the initial ROI, defining (S150) a reference pixel value based on the ROI, and calculating (S160) a main exposure dose for an actual exposure according to the reference pixel value.