mhurhangee/ep-ind-claims huggingface dataset:
A battery-powered portable tool, comprising: a housing a driven element supported by the housing, an electric motor coupled to the driven element so as to drive the driven element, a battery electrically coupled to the motor so as to supply electric current to the motor and a control circuit arranged to control the supply of electric current to the motor from the battery, in which the control circuit comprises a main switch operable by a user and an auxiliary switch (10,11) also operable by a user; in which the control circuit has: an active state in which operation of the main switch by the user allows electric current to flow to the motor so as to cause the driven element to be driven; and an inactive state in which operation of the main switch does not allow electric current to flow to the motor and so the motor does not drive the driven element; in which operation of the auxiliary switch (10,11) causes the control circuit to change between the active and inactive states; and in which the control circuit is further provided with indication means arranged to provide an indication to a user whether the control circuit is in the active or inactive mode. an active state in which operation of the main switch by the user allows electric current to flow to the motor so as to cause the driven element to be driven; and an inactive state in which operation of the main switch does not allow electric current to flow to the motor and so the motor does not drive the driven element; in which operation of the auxiliary switch (10,11) causes the control circuit to change between the active and inactive states; and in which the control circuit is further provided with indication means arranged to provide an indication to a user whether the control circuit is in the active or inactive mode.
A bicycle shock absorber structure (100, 440), characterized in comprising: a gas-tube housing; a lid (120, 220, 320) covering the gas-tube housing, an inner space being defined between the lid (120, 220, 320) and the gas-tube housing, the lid (120, 220, 320) comprising: a locking part (122, 222, 322) disposed at a side of the lid (120, 220, 320) that faces toward the gas-tube housing; characterised in that the lid (120, 220, 320) is further comprising: at least one locking slot disposed on the locking part (122, 222, 322); an axial rod connected to the locking part (122, 222, 322) along an axial direction; and a ring-shaped pad, comprising: a radial opening; an inner hole communicated with the radial opening and for sleeving on the locking part (122, 222, 322); and at least one protrusion part disposed at an inner edge of the inner hole and being movable along the at least one locking slot; wherein the ring-shaped pad sleeves on the axial rod through the radial opening and moves to sleeve on the locking part (122, 222, 322), the at least one protrusion part then protrudes into the at least one locking slot, and the ring-shaped pad is rotated relative to the lid (120, 220, 320) such that an interference between the at least one protrusion part and the at least one locking slot is generated. a gas-tube housing; a lid (120, 220, 320) covering the gas-tube housing, an inner space being defined between the lid (120, 220, 320) and the gas-tube housing, the lid (120, 220, 320) comprising: a locking part (122, 222, 322) disposed at a side of the lid (120, 220, 320) that faces toward the gas-tube housing; characterised in that the lid (120, 220, 320) is further comprising: at least one locking slot disposed on the locking part (122, 222, 322); an axial rod connected to the locking part (122, 222, 322) along an axial direction; and a ring-shaped pad, comprising: a radial opening; an inner hole communicated with the radial opening and for sleeving on the locking part (122, 222, 322); and at least one protrusion part disposed at an inner edge of the inner hole and being movable along the at least one locking slot; a radial opening; an inner hole communicated with the radial opening and for sleeving on the locking part (122, 222, 322); and at least one protrusion part disposed at an inner edge of the inner hole and being movable along the at least one locking slot; wherein the ring-shaped pad sleeves on the axial rod through the radial opening and moves to sleeve on the locking part (122, 222, 322), the at least one protrusion part then protrudes into the at least one locking slot, and the ring-shaped pad is rotated relative to the lid (120, 220, 320) such that an interference between the at least one protrusion part and the at least one locking slot is generated.
A solid composition comprising: (a) 50 wt% or above of a quaternary ammonium compound; and (b) between 9 wt% and 50 wt% of a polysaccharide based on the total weight of the solid composition; wherein the quaternary ammonium compound has the general formula: [N + ((CH 2) n -T-R 8) 2 (R 8)(R 9)] y X - wherein: R 9 group is independently selected from C 1 -C 4 alkyl or hydroxylalkyl group; R 8 group is independently selected from C 1 -C 30 alkyl or alkenyl group; T is -C(=O)-O- or -O-C(=O)-; n is an integer from 0 to 5; X is an anion; y is the valence of X. (a) 50 wt% or above of a quaternary ammonium compound; and (b) between 9 wt% and 50 wt% of a polysaccharide based on the total weight of the solid composition; wherein the quaternary ammonium compound has the general formula: [N + ((CH 2) n -T-R 8) 2 (R 8)(R 9)] y X - wherein: R 9 group is independently selected from C 1 -C 4 alkyl or hydroxylalkyl group; R 8 group is independently selected from C 1 -C 30 alkyl or alkenyl group; T is -C(=O)-O- or -O-C(=O)-; n is an integer from 0 to 5; X is an anion; y is the valence of X. R 9 group is independently selected from C 1 -C 4 alkyl or hydroxylalkyl group; R 8 group is independently selected from C 1 -C 30 alkyl or alkenyl group; T is -C(=O)-O- or -O-C(=O)-; n is an integer from 0 to 5; X is an anion; y is the valence of X.
A fall shock absorber for gradually receiving a pull at a safety cable coupled to the fall shock absorber, the fall shock absorber comprising a frame by which the fall shock absorber is attached to the firm world, preferably a ladder coupled to a building, as well as a frame-connected coupling element to which the safety cable can be fixed, where the frame is provided with a slot through which the coupling element is inserted, characterized in that the slot is a tapered slot where the width of the slot at the wider end equals or exceeds the thickness of the part of the coupling element that is projected through the slot and the width of the slot at the narrower end is smaller than the thickness of the part of the coupling element, and where the hardness of the material of said part of the coupling element deviates from the hardness of the material of the bounding walls of the slot.
A rechargeable battery pack, comprising: a plurality of cell modules connected to each other via bus bars, each cell module including a plurality unit cells with electrode terminals connected to the bus bars; a plurality of spacers between the cell modules; first and second plates (31, 32) coupled to opposite sides of the spacers, the first and second plates (31, 32) being configured to support the cell modules therebetween; and flow paths between the unit cells in a length direction of the unit cells, the flow paths being between side surfaces of the spacers and side surfaces of the unit cells, and being further partially set by sides of the bus bars, characterized in that the bus bar is fixed to a first fastening hole of the spacer by a fastening member, and the bus bar includes: cell connection parts extended in a direction intersecting the length direction, the cell connection parts connecting the electrode terminals of the cell module to each other; and module connection parts protruding from the cell connection parts to one side and intersecting with the cell connection part, the module connection parts being fastened to the first fastening hole of the spacer to connect cell modules adjacent to each other, wherein a width of the cell connection part is smaller than a diameter of a unit cell. a plurality of cell modules connected to each other via bus bars, each cell module including a plurality unit cells with electrode terminals connected to the bus bars; a plurality of spacers between the cell modules; first and second plates (31, 32) coupled to opposite sides of the spacers, the first and second plates (31, 32) being configured to support the cell modules therebetween; and flow paths between the unit cells in a length direction of the unit cells, the flow paths being between side surfaces of the spacers and side surfaces of the unit cells, and being further partially set by sides of the bus bars, the bus bar is fixed to a first fastening hole of the spacer by a fastening member, and the bus bar includes: cell connection parts extended in a direction intersecting the length direction, the cell connection parts connecting the electrode terminals of the cell module to each other; and module connection parts protruding from the cell connection parts to one side and intersecting with the cell connection part, the module connection parts being fastened to the first fastening hole of the spacer to connect cell modules adjacent to each other, wherein a width of the cell connection part is smaller than a diameter of a unit cell. cell connection parts extended in a direction intersecting the length direction, the cell connection parts connecting the electrode terminals of the cell module to each other; and module connection parts protruding from the cell connection parts to one side and intersecting with the cell connection part, the module connection parts being fastened to the first fastening hole of the spacer to connect cell modules adjacent to each other, wherein a width of the cell connection part is smaller than a diameter of a unit cell.
A movement adjusting device for adjusting a movement of a wireless transceiver moving according to a plan along a route through a wireless communication network (10, 12) while communicating for an application having a service requirement on the wireless communication network (10, 12), the wireless communication network (10, 12) comprising cells (14, 16, 18, 20) and the movement adjusting device comprising a processor acting on computer instructions whereby said movement adjusting device is operative to obtain radio network condition data regarding a group of cells (14, 16, 18, 20) comprising a current cell in which the wireless transceiver is located and a number of neighbouring cells (16, 18, 20) into which the wireless transceiver may move, and is characterized in that the radio network condition data comprises data concerning radio link quality between the cells (14, 16, 18, 20) and the wireless transceiver, and in that the movement adjusting device is operative to: determine, when obtaining the radio network condition data, cell load estimates for the neighbouring cells based on the radio link quality data and a cell geometry measure, the cell geometry measure of a cell being based on a signal strength of the cell as detected by the wireless transceiver divided by corresponding signal strengths of the other cells of the group and the cell load estimates being provided as said cell load data; analyse the radio network condition data by evaluating the cell loads defined in the cell load data with regard to fulfilling the service requirement of the application; and make an adjustment of the planned movement so that the cell load along the route after the current cell is lower after the adjustment than before the adjustment if the analysis indicates that this would improve on the fulfilling of the service requirement. determine, when obtaining the radio network condition data, cell load estimates for the neighbouring cells based on the radio link quality data and a cell geometry measure, the cell geometry measure of a cell being based on a signal strength of the cell as detected by the wireless transceiver divided by corresponding signal strengths of the other cells of the group and the cell load estimates being provided as said cell load data; analyse the radio network condition data by evaluating the cell loads defined in the cell load data with regard to fulfilling the service requirement of the application; and make an adjustment of the planned movement so that the cell load along the route after the current cell is lower after the adjustment than before the adjustment if the analysis indicates that this would improve on the fulfilling of the service requirement.
A near-field high frequency imager comprising a pixel matrix, each pixel comprising: a high frequency oscillator oscillating at a frequency chosen in a range from 0.3 to 3 THz and comprising first transmission lines (39, 43); a second transmission line having a first end coupled to the oscillator; and a read circuit coupled to a second end of the second line and comprising means for measuring the frequency of the oscillator, wherein each transmission line is surmounted by an insulating layer having a thickness smaller than the operating wavelength of the oscillator and having an upper face intended to be in contact with an object to be analyzed. a high frequency oscillator oscillating at a frequency chosen in a range from 0.3 to 3 THz and comprising first transmission lines (39, 43); a second transmission line having a first end coupled to the oscillator; and a read circuit coupled to a second end of the second line and comprising means for measuring the frequency of the oscillator, wherein each transmission line is surmounted by an insulating layer having a thickness smaller than the operating wavelength of the oscillator and having an upper face intended to be in contact with an object to be analyzed.
A payload transport stabilizer for stabilizing a payload of a spacecraft, comprising: • a frame; • a payload assembly, including a payload guide that is connected to the frame and that defines a payload guide path, and a payload that is connected to the payload guide such that it is moveable along the payload guide path; • a balance mass assembly, including a balance mass guide that is connected to the frame and that defines a balance mass guide path, and a balance mass that is connected to the balance mass guide such that it is moveable along the balance mass guide path; • a coupling mechanism (300, 400) that interconnects the payload and the balance mass, such that positions of the payload and the balance mass along their respective guide paths (106, 206) are mutually coupled; the payload transport stabilizer being configured such that it can occupy at least one stabilized state, defined by a combination of a first position of the payload along the payload guide path and a corresponding first position of the balance mass along the balance mass guide path, wherein the payload is movable along the guide path in a first direction, from its first position to a second position, wherein the coupling mechanism (300, 400) is configured to move the balance mass in a second direction that is opposite to said first direction when the payload moves in the first direction. • a frame; • a payload assembly, including a payload guide that is connected to the frame and that defines a payload guide path, and a payload that is connected to the payload guide such that it is moveable along the payload guide path; • a balance mass assembly, including a balance mass guide that is connected to the frame and that defines a balance mass guide path, and a balance mass that is connected to the balance mass guide such that it is moveable along the balance mass guide path; • a coupling mechanism (300, 400) that interconnects the payload and the balance mass, such that positions of the payload and the balance mass along their respective guide paths (106, 206) are mutually coupled;
A method for network management, the method comprising: in a communication system comprising a management entity (102, 156, 250) that coordinates operation of one or more endpoint devices (110, 114, 116, 160, 200; 400): selecting by an endpoint device (110, 114, 116, 160, 200, 400) of said one or more endpoint devices (110, 114, 116, 160, 200, 400) and by sending a command to said management entity, one or more parameters of a bandwidth, a latency or a service class associated with a particular content type from said management entity (102, 156, 250), wherein said particular content type specifies a type of media content that is handled by said endpoint device (110, 114, 116, 200, 400); and determining by said management entity (102, 156, 250) configuration information based on the received one or more parameters; receiving from said management entity (102, 156, 250) by said endpoint device (110, 114, 116, 160, 200, 400), configuration information based on said selected one or more parameters associated with said particular content type; configuring said endpoint device (110, 114, 116, 160, 200) utilizing said received configuration information; and saving, by said endpoint device, a current location of said endpoint device (110, 114, 116, 160, 200, 400) and search results for one or more services near the current location to enable a user of said endpoint device to quickly locate the one or more services near the saved current location during subsequent visits to the current location, wherein the current location is represented as a range of GNSS coordinates within a radius configurable based on a transmit strength of said endpoint device (110, 114, 116, 160, 200, 400). selecting by an endpoint device (110, 114, 116, 160, 200, 400) of said one or more endpoint devices (110, 114, 116, 160, 200, 400) and by sending a command to said management entity, one or more parameters of a bandwidth, a latency or a service class associated with a particular content type from said management entity (102, 156, 250), wherein said particular content type specifies a type of media content that is handled by said endpoint device (110, 114, 116, 200, 400); and determining by said management entity (102, 156, 250) configuration information based on the received one or more parameters; receiving from said management entity (102, 156, 250) by said endpoint device (110, 114, 116, 160, 200, 400), configuration information based on said selected one or more parameters associated with said particular content type; configuring said endpoint device (110, 114, 116, 160, 200) utilizing said received configuration information; and saving, by said endpoint device, a current location of said endpoint device (110, 114, 116, 160, 200, 400) and search results for one or more services near the current location to enable a user of said endpoint device to quickly locate the one or more services near the saved current location during subsequent visits to the current location, wherein the current location is represented as a range of GNSS coordinates within a radius configurable based on a transmit strength of said endpoint device (110, 114, 116, 160, 200, 400).
A method for handling flat material and/or film material that is wound onto rolls and that serves as packaging material for the packaging of piece goods, bundles, or the like sets of articles, in which method, for the purpose of maintaining a packaging operation, rolls, which are at least partially unwound and/or depleted, are removed from at least one installation position (EB1; EB2) of a packaging machine, and in each case a new roll of flat material and/or film material is hereupon mounted in the particular installation position (EB1; EB2), wherein, after each mounting, an externally arranged layer is extracted from the particular new roll near or in the area of its free end and, for the purpose of forming an uninterrupted material web, is attached to a section of a material web being guided in the packaging machine, characterized in that the direction of rotation and/or the rotation-direction-conforming orientation of the new roll is determined and/or verified by means of a capture device before, while, or after the new roll is mounted, and, if a wrong direction of rotation and/or a non-rotation-direction-conforming orientation is determined by means of the capture device, an alignment correction of the particular new roll is performed or a further new roll with an appropriate direction of rotation and/or rotation-direction-conforming orientation is selected for mounting and is mounted in the particular installation position (EB1; EB2).
A flow path switching valve having a valve chamber with three openings (21, 22, 23) and a valve piston having a flexible diaphragm cooperating at its circumference sealingly with an inner circumferential wall of the valve chamber and being movable between two end positions, wherein the valve piston in a first end position opens a flow path between a first opening and a second opening and blocks a third opening and in the second end position blocks the first opening and opens a flow path between the second opening and the third opening. characterized in that the circumferential wall of the valve chamber is enlarged conically in a portion corresponding to the last phase of the diaphragm movement, whereby the sealing contact between the diaphragm and the circumferential wall is released only in this last phase of the diaphragm movement in at least part of the circumference.