mhurhangee/ep-ind-claims huggingface dataset:
A magnetic clasp for jewellery which comprises a first and a second coupling part (10, 20), each having a magnet (11, 21) and an abutting surface (12, 22), wherein the abutting surfaces (12, 22) of the two coupling parts (10, 20) are drawn towards one another by magnetic attraction when the clasp is closed, the two coupling parts (10, 20) each have a fastening element (13, 23) for fastening to a piece of jewellery and when the clasp is closed the fastening elements (13, 23) define a pulling direction of the clasp, the first coupling part has walls which rise upwards on opposite sides of the abutting surface of the first coupling part and define a receiving means with which the second coupling part engages when the clasp is closed, the second coupling part exhibits an undercut which forms a positive closure acting against the pulling direction with the receiving means of the first coupling part, and the abutting surfaces (12, 22) are arranged obliquely to the pulling direction and the first coupling part forms a sliding guide which, when the clasp is closed and there is a pressure acting in the opposite direction to the pulling direction on the second coupling part, allows a displacement of the second coupling part opening the clasp relative to the first coupling part, characterized in that the first coupling part has an opening opposite its fastening element between the walls rising on opposite sides of the abutting surface which is filled by the second coupling part when the clasp is closed and widens out upwards.
A cable management assembly, comprising: a cable management device, comprising a first arm, a second arm and a connecting member, wherein the connecting member comprises a first connecting portion and a second connecting portion, the first connecting portion and the second connecting portion are configured to be respectively movably mounted on a first end portion of the first arm and a first end portion of the second arm; and a supporting device detachably connected to the cable management device; wherein one of the cable management device and the supporting device comprises two engaging members (26a, 26b), the other one of the cable management device and the supporting device comprises a mounting member, the mounting member is configured to be detachably connected to one of the two engaging members (26a, 26b), characterized in that the connecting member of the cable management device further comprises an intermediate portion located between the first connecting portion and the second connecting portion, the two engaging members (26a, 26b) are respectively arranged on two positions of the intermediate portion and the two engaging members (26a, 26b) are configured to be detachably connected to the mounting member. a cable management device, comprising a first arm, a second arm and a connecting member, wherein the connecting member comprises a first connecting portion and a second connecting portion, the first connecting portion and the second connecting portion are configured to be respectively movably mounted on a first end portion of the first arm and a first end portion of the second arm; and a supporting device detachably connected to the cable management device; wherein one of the cable management device and the supporting device comprises two engaging members (26a, 26b), the other one of the cable management device and the supporting device comprises a mounting member, the mounting member is configured to be detachably connected to one of the two engaging members (26a, 26b), characterized in that the connecting member of the cable management device further comprises an intermediate portion located between the first connecting portion and the second connecting portion, the two engaging members (26a, 26b) are respectively arranged on two positions of the intermediate portion and the two engaging members (26a, 26b) are configured to be detachably connected to the mounting member.
A process for improving the barrier properties of a barrier layer comprised in a pulp-based substrate layer having a barrier layer, comprising the steps of a) providing a pulp-based substrate layer having a layer of an aqueous barrier composition applied to it, wherein said barrier composition comprises a barrier compound, b) drying the pulp-based substrate layer having a layer of aqueous barrier composition applied to it to form a pulp-based substrate layer having a barrier layer, such that the moisture content of the pulp-based substrate layer having a barrier layer is below 2.5 % by weight, preferably below 2 % by weight, based on the weight of the pulp-based substrate layer having a barrier layer. a) providing a pulp-based substrate layer having a layer of an aqueous barrier composition applied to it, wherein said barrier composition comprises a barrier compound, b) drying the pulp-based substrate layer having a layer of aqueous barrier composition applied to it to form a pulp-based substrate layer having a barrier layer, such that the moisture content of the pulp-based substrate layer having a barrier layer is below 2.5 % by weight, preferably below 2 % by weight, based on the weight of the pulp-based substrate layer having a barrier layer.
An apparatus for detecting whether a wireless tag (30, 30a, 30b) is moving or not, comprising: an antenna; a phase measurement section (11, 13) that uses the antenna to measure phases of response waves from the wireless tag (30, 30a, 30b); a distance change measurement section that measures change of distance from the wireless tag (30, 30a, 30b) to the antenna based on measurements performed by the phase measurement section (11, 13); a detection section that detects travel of the wireless tag based on measurements performed by the distance change measurement section; and a velocity change measurement section that measures change of velocity of the wireless tag (30, 30a, 30b) relative to the antenna based on measurements performed by the distance change measurement section, wherein the detection section detects a stationary tag if a rate of change in sign of the velocity measured by the velocity change measurement section is not less than a predetermined value, and otherwise detects a moving tag. an antenna; a phase measurement section (11, 13) that uses the antenna to measure phases of response waves from the wireless tag (30, 30a, 30b); a distance change measurement section that measures change of distance from the wireless tag (30, 30a, 30b) to the antenna based on measurements performed by the phase measurement section (11, 13); a detection section that detects travel of the wireless tag based on measurements performed by the distance change measurement section; and a velocity change measurement section that measures change of velocity of the wireless tag (30, 30a, 30b) relative to the antenna based on measurements performed by the distance change measurement section, wherein the detection section detects a stationary tag if a rate of change in sign of the velocity measured by the velocity change measurement section is not less than a predetermined value, and otherwise detects a moving tag.
A filter configured for being used in combination with a machine for drying laundry, comprising: a frame; a duct defined in the frame configured for being passed through by an airflow, in particular by a drying airflow; an inlet section configured for allowing the airflow to have access to the duct; an outlet section configured for allowing the airflow to leave the duct; filtering means configured for intercepting the airflow and for separating from the airflow possible solid particles, in particular fluff, carried by the airflow, the filtering means acting between the inlet section and the outlet section and storage means configured for storing the solid particles separated from the airflow; closing means associated to the inlet section, the closing means being selectively switchable between a first configuration and a second configuration, the closing means being in particular rotatable or slidable with respect to the frame, in the first configuration of the closing means the inlet section being closed so that the access of the airflow to the duct is substantially prevented, in the second configuration of the closing means the inlet section being open so that the access of the airflow to the duct is allowed, characterised in that the frame comprises a deflector configured for making said duct convergent. a frame; a duct defined in the frame configured for being passed through by an airflow, in particular by a drying airflow; an inlet section configured for allowing the airflow to have access to the duct; an outlet section configured for allowing the airflow to leave the duct; filtering means configured for intercepting the airflow and for separating from the airflow possible solid particles, in particular fluff, carried by the airflow, the filtering means acting between the inlet section and the outlet section and storage means configured for storing the solid particles separated from the airflow; closing means associated to the inlet section, the closing means being selectively switchable between a first configuration and a second configuration, the closing means being in particular rotatable or slidable with respect to the frame, in the first configuration of the closing means the inlet section being closed so that the access of the airflow to the duct is substantially prevented, in the second configuration of the closing means the inlet section being open so that the access of the airflow to the duct is allowed, characterised in that the frame comprises a deflector configured for making said duct convergent.
Method of operating a wind turbine comprising a rotor with a plurality of blades, each of the blades being rotatable along its longitudinal axis using one or more pitch mechanisms, wherein operation of the wind turbine comprises a sub-nominal zone of operation for wind speeds below a nominal wind speed, and a supra-nominal zone of operation for wind speeds equal to or above the nominal wind speed and the method comprises in the sub-nominal zone of operation: detecting torsion deformation of a section of a blade, and pitching the blade as a function of the detected torsion, wherein pitching the blade comprises a trial and error closed loop based on pitching the blade a predefined amount of degrees and determining an actual power coefficient C p. detecting torsion deformation of a section of a blade, and pitching the blade as a function of the detected torsion,
A clamping device for a mobile vulcanizing press with at least one nut and a tension bolt, wherein said tension bolt has an external thread at each of both its axial end portions, so that said nut may be arranged via a screw connection at one of said tension bolt's axial ends, respectively, characterized in that said nut includes - a nut body, which comprises a blind hole with an internal thread for receiving a tension bolt, - a groove and - an entrance bore in said nut body for receiving a fixing element, wherein said groove is arranged in a circumferential portion of said blind hole and said entrance bore connects an outside of said nut body with said groove, a fixing element is arranged in said groove and said entrance bore such that said fixing element occupies at least a partial section of said entrance bore and/or said groove, and said fixing element is connected to a fastener, wherein a relative position of said fastener in said entrance bore is adjustable and wherein said fastener is connected to said fixing element such that a change in the relative position of said fastener causes an expansion or compression of said fixing element. - a nut body, which comprises a blind hole with an internal thread for receiving a tension bolt, - a groove and - an entrance bore in said nut body for receiving a fixing element, wherein
A flavour composition comprising a flavour co-ingredient and a compound of formula wherein R 1 is selected from C 6 -C 20 alkyl, and C 9 -C 25 alkenyl, and i) R 3 and R 4 are hydrogen and R 2 the residue of a proteinogenic amino acid; ii) R 2 and R 3 are methyl and R 4 is hydrogen; or R 4 is hydrogen and R 2 and R 3 form together with the carbon atom to which they are attached cyclopropyl; or iii) R 2 is hydrogen, and R 3 and R 4 together are - CH 2 - CH 2 - CH 2 -; and wherein the compound of formula is selected from N-(3-(methylthio)propyl)oleamide and N-(4-amino-4-oxobutyl)oleamide. i) R 3 and R 4 are hydrogen and R 2 the residue of a proteinogenic amino acid; ii) R 2 and R 3 are methyl and R 4 is hydrogen; or R 4 is hydrogen and R 2 and R 3 form together with the carbon atom to which they are attached cyclopropyl; or iii) R 2 is hydrogen, and R 3 and R 4 together are - CH 2 - CH 2 - CH 2 -; and
A method for producing an activator composition for olefin polymerization, the method comprising the steps of: (a) combining at least one compound comprising at least one active hydrogen moiety and at least one fluorine substituent with water; and (b) adding at least one compound comprising at least one aluminum alkyl moiety; wherein the at least one compound comprising at least one aluminum alkyl moiety is a trialkylaluminum. (a) combining at least one compound comprising at least one active hydrogen moiety and at least one fluorine substituent with water; and (b) adding at least one compound comprising at least one aluminum alkyl moiety;
A method performed by a system comprising a storage device, a host system (108, 114) and a guest system, the storage device comprising a memory controller, a non-volatile storage device, and a data buffer, the method comprising: receiving, at the memory controller, a logical write request from the guest system over a logical interface that the memory controller provides for accessing the non-volatile storage device, the logical write request indicating a logical address at which to write data to the non-volatile storage device; in response to receiving the logical write request, sending, by the memory controller, a write request event to the host system (108, 114), the write request event indicating (i) a buffer address of the data buffer storing the data and (ii) the logical address indicated by the logical write request; receiving, at the memory controller, a physical write command from the host system (108, 114) over a physical Interface that the memory controller provides for accessing the non-volatile storage device, the physical write command comprising instructions for writing the data to the non-volatile storage device and indicating (i) the address of the data buffer storing the data and (ii) a physical address of the non-volatile storage device in which to store the data; in response to receiving the physical write command from the host system (108, 114), storing, by the memory controller, the data temporarily stored in the data buffer, in the non-volatile storage device according to the physical write command. receiving, at the memory controller, a logical write request from the guest system over a logical interface that the memory controller provides for accessing the non-volatile storage device, the logical write request indicating a logical address at which to write data to the non-volatile storage device; in response to receiving the logical write request, sending, by the memory controller, a write request event to the host system (108, 114), the write request event indicating (i) a buffer address of the data buffer storing the data and (ii) the logical address indicated by the logical write request; receiving, at the memory controller, a physical write command from the host system (108, 114) over a physical Interface that the memory controller provides for accessing the non-volatile storage device, the physical write command comprising instructions for writing the data to the non-volatile storage device and indicating (i) the address of the data buffer storing the data and (ii) a physical address of the non-volatile storage device in which to store the data; in response to receiving the physical write command from the host system (108, 114), storing, by the memory controller, the data temporarily stored in the data buffer, in the non-volatile storage device according to the physical write command.
A field curvature corrector, comprising: a first multi-aperture electrode with a first plurality of openings for a plurality of beamlets of charged particles propagating next to each other, the first plurality of openings having diameters that vary as a function of a distance from the optical axis; a second multi-aperture electrode with a second plurality of openings for the plurality of beamlets; a third multi-aperture electrode with a third plurality of openings downstream of the first multi-aperture electrode and the second multi-aperture electrode, wherein the third plurality of openings have diameters that vary as a second function of the distance from the optical axis; a fourth multi-aperture electrode with a fourth plurality of openings upstream of the first multi-aperture electrode and the second multi-aperture electrode; and an adjustment device configured to adjust at least one of a first electrical potential of the first multi-aperture electrode and a second electrical potential of the second multi-aperture electrode, wherein the diameters of the first plurality of openings increase with the distance from the optical axis, and the diameters of the third plurality of openings decrease with the distance from the optical axis, or vice versa. a first multi-aperture electrode with a first plurality of openings for a plurality of beamlets of charged particles propagating next to each other, the first plurality of openings having diameters that vary as a function of a distance from the optical axis; a second multi-aperture electrode with a second plurality of openings for the plurality of beamlets; a third multi-aperture electrode with a third plurality of openings downstream of the first multi-aperture electrode and the second multi-aperture electrode, wherein the third plurality of openings have diameters that vary as a second function of the distance from the optical axis; a fourth multi-aperture electrode with a fourth plurality of openings upstream of the first multi-aperture electrode and the second multi-aperture electrode; and an adjustment device configured to adjust at least one of a first electrical potential of the first multi-aperture electrode and a second electrical potential of the second multi-aperture electrode, wherein the diameters of the first plurality of openings increase with the distance from the optical axis, and the diameters of the third plurality of openings decrease with the distance from the optical axis, or vice versa.
An apparatus for transplanting plants comprising a transplanting module configured to transplant a plurality of plants in a row, the transplanting module comprising: - a soil contacting surface being substantially planar to a soil to be planted, - a keel member to create a furrow in the soil where the keel extends a predefined distance below the soil contacting surface, where an outer periphery of the keel member defines the depth of the furrow, - a carrying means configured to support the plant from below, where the carrying means extend from a position that is above the soil contacting surface to a position below the soil contacting surface, and extending a predefined depth into the furrow for transporting of the plant from the apparatus and into the furrow where the carrying means has a distal end for discharging the plant, - a transport means for conveying the plant by pushing it along the carrying means, being characterised in that, - the carrying means is configured to expose an outer periphery of the plant below the soil contacting surface so that at least one side wall of the furrow comes into contact with an outer periphery of the plant before the plant is discharged from the distal end of the carrying means, - the transport means is configured for conveying the plant along a longitudinal axis that is substantially parallel to the planting direction of the apparatus, where the transport means is configured to release the plant, when the plant has reached its predefined depth into the furrow. - a soil contacting surface being substantially planar to a soil to be planted, - a keel member to create a furrow in the soil where the keel extends a predefined distance below the soil contacting surface, where an outer periphery of the keel member defines the depth of the furrow, - a carrying means configured to support the plant from below, where the carrying means extend from a position that is above the soil contacting surface to a position below the soil contacting surface, and extending a predefined depth into the furrow for transporting of the plant from the apparatus and into the furrow where the carrying means has a distal end for discharging the plant, - a transport means for conveying the plant by pushing it along the carrying means, being characterised in that, - the carrying means is configured to expose an outer periphery of the plant below the soil contacting surface so that at least one side wall of the furrow comes into contact with an outer periphery of the plant before the plant is discharged from the distal end of the carrying means, - the transport means is configured for conveying the plant along a longitudinal axis that is substantially parallel to the planting direction of the apparatus, where the transport means is configured to release the plant, when the plant has reached its predefined depth into the furrow.
A photovoltaic air-conditioning system, comprising a photovoltaic battery, a switch module, an inverter circuit, a rectification circuit and a compressor inverter, characterized in that, the switch module comprises a first switch and a second switch; one end of the first switch and one end of the second switch, both of which are configured to be input ends of the switch module, are configured to be connected electrically with the power grid; another end of the first switch, which is configured to be a first output end of the switch module, is electrically connected to a first input/output end of the inverter circuit; another end of the second switch, which is configured to be a second output end of the switch module, is electrically connected to an input end of the rectification circuit; an output end of the rectification circuit is electrically connected to an input end of the compressor inverter; the input end of the switch module is not simultaneously conducting with both of the first output end and the second output end of the switch module; when the input end of the switch module is conducting with the first output end of the switch module, the power grid is connected to the photovoltaic battery; when the input end of the switch module is conducting with the second output end of the switch module, the power grid is connected to a compressor of an air conditioner.