mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a device body (85; 95; 105) having an attachment face (83; 93; 103) defined by an attachment area (84; 94; 104); and a contact array (10; 10b; 10c; 10d; 10e; lOf; lOg; 10h) disposed in the device body (85; 95; 105) and exposed at a coupling face (13; 13z; 25; 25b; 25c; 56; 62; 71; 81; 91; 101), wherein the contact array (10; 10b; 10c; 10d; 10e; lOf; 10g; 10h) comprises: one or more magnets (11; 11a-11h; 11z) disposed on the coupling face (13; 13z; 25; 25b; 25c; 56; 62; 71; 81; 91; 101); characterized in that the contact array (10; 10b; 10c; 10d; 10e; 10f; 10g; 10h) further comprises: a plurality of electrically conductive terminals (12; 12z; 12y) disposed on the coupling face (13; 13z; 25; 25b; 25c; 56; 62; 71; 81; 91; 101) proximate to the one or more magnets (11; 11a-11h; 11z), wherein a periphery of the one or more magnets (11; 11a-11h; 11z) and the plurality of electrically conductive terminals (12; 12z; 12y) defines a coupling area (15; 15z; 82; 92; 102) and wherein the attachment area (84; 94; 104) is greater than and independent of the coupling area (15; 15z; 82; 92; 102). a device body (85; 95; 105) having an attachment face (83; 93; 103) defined by an attachment area (84; 94; 104); and a contact array (10; 10b; 10c; 10d; 10e; lOf; lOg; 10h) disposed in the device body (85; 95; 105) and exposed at a coupling face (13; 13z; 25; 25b; 25c; 56; 62; 71; 81; 91; 101), wherein the contact array (10; 10b; 10c; 10d; 10e; lOf; 10g; 10h) comprises: one or more magnets (11; 11a-11h; 11z) disposed on the coupling face (13; 13z; 25; 25b; 25c; 56; 62; 71; 81; 91; 101); characterized in that the contact array (10; 10b; 10c; 10d; 10e; 10f; 10g; 10h) further comprises: a plurality of electrically conductive terminals (12; 12z; 12y) disposed on the coupling face (13; 13z; 25; 25b; 25c; 56; 62; 71; 81; 91; 101) proximate to the one or more magnets (11; 11a-11h; 11z), wherein a periphery of the one or more magnets (11; 11a-11h; 11z) and the plurality of electrically conductive terminals (12; 12z; 12y) defines a coupling area (15; 15z; 82; 92; 102) and wherein the attachment area (84; 94; 104) is greater than and independent of the coupling area (15; 15z; 82; 92; 102).
A method of determining the concentration of a gas component, comprising: - generation of a light beam having a wavelength variable in a wavelength range ([λ1, λ2]); - guiding the light beam through a measurement volume in which the gas component to be determined is present, wherein the gas component has an absorption in the wavelength range; - tuning the wavelength range; - detecting the intensity of the light beam after passage through the measurement volume; - storage of measurement points that respectively consist of a point in time and of the associated intensity value during the tuning, whereby a direct absorption line is obtained; - generating an artificial measurement curve from the stored measurement points by shifting the measurement points on the axis of time; - wherein the shift takes place in such a way that an artificial modulation of the wavelength results following the shift in the wavelength time extent; and - evaluating the artificial measurement curve in accordance with the methods of wavelength modulation spectroscopy and determining a first concentration value therefrom. - generation of a light beam having a wavelength variable in a wavelength range ([λ1, λ2]); - guiding the light beam through a measurement volume in which the gas component to be determined is present, wherein the gas component has an absorption in the wavelength range; - tuning the wavelength range; - detecting the intensity of the light beam after passage through the measurement volume; - storage of measurement points that respectively consist of a point in time and of the associated intensity value during the tuning, whereby a direct absorption line is obtained; - generating an artificial measurement curve from the stored measurement points by shifting the measurement points on the axis of time; - wherein the shift takes place in such a way that an artificial modulation of the wavelength results following the shift in the wavelength time extent; and - evaluating the artificial measurement curve in accordance with the methods of wavelength modulation spectroscopy and determining a first concentration value therefrom.
A microparticle/polyrotaxane-containing coating, comprising: a solvent-based coating material; a modified polyrotaxane having a caprolactone modification group (-CO(CH 2) 5 OH); and microparticles having an average particle size of smaller than 380 nm as measured in accordance with the Coulter counter method. a solvent-based coating material; a modified polyrotaxane having a caprolactone modification group (-CO(CH 2) 5 OH); and microparticles having an average particle size of smaller than 380 nm as measured in accordance with the Coulter counter method.
A machine tool comprising: first and second support arms (44,46); a rigid structure which couples the first support arm to the second support arm; a first rotary drive operable to rotate the first support arm and the rigid structure relative to each other about a first rotational reference axis; a second rotary drive operable to rotate the second support arm and the rigid structure relative to each other about a second rotational reference axis, wherein the first and second rotational reference axes (53,55) are parallel; a tool mount carried by the first support arm at a location spaced from the first rotational axis, wherein the tool mount is rotatable relative to the first support arm about a tool reference axis which is parallel with the rotational reference axes and fixed in position relative to the first support arm; a tool drive for rotating the tool mount about the tool reference axis; a workpiece mount carried by the second support arm at a location spaced from the second rotational axis; and a control arrangement configured to control the first and second rotary drives such that the workpiece mount follows a predetermined path relative to the tool mount in a plane perpendicular to the rotational reference axes, characterised in that the first and second rotational reference axes (53,55) are spaced apart by an unadjustable fixed distance. first and second support arms (44,46); a rigid structure which couples the first support arm to the second support arm; a first rotary drive operable to rotate the first support arm and the rigid structure relative to each other about a first rotational reference axis; a second rotary drive operable to rotate the second support arm and the rigid structure relative to each other about a second rotational reference axis, wherein the first and second rotational reference axes (53,55) are parallel; a tool mount carried by the first support arm at a location spaced from the first rotational axis, wherein the tool mount is rotatable relative to the first support arm about a tool reference axis which is parallel with the rotational reference axes and fixed in position relative to the first support arm; a tool drive for rotating the tool mount about the tool reference axis; a workpiece mount carried by the second support arm at a location spaced from the second rotational axis; and a control arrangement configured to control the first and second rotary drives such that the workpiece mount follows a predetermined path relative to the tool mount in a plane perpendicular to the rotational reference axes, characterised in that the first and second rotational reference axes (53,55) are spaced apart by an unadjustable fixed distance.
A system for compression fitting pipes, wherein the system comprises at least one pipe and a device comprising, in combination: - a lower lock nut with a threading, - a welding flange provided with conical outer edge which is tapered towards its free end and with a ring for axial abutment with said lower lock nut, - an upper lock nut with a threading adapted to engage the threading of the lower lock nut, - a sealing insert provided with conical inner edge which widens towards its free end and provided with an axial ring abutting with said upper lock nut, wherein, in order to obtain a compression fitting of the pipe with the respective welding flange, the free end of the pipe which is connectable to the welding flange is provided with an outward flaring having an inclination angle which is smaller than the inclination angle of the conical edge present on the corresponding free end of the welding flange, and wherein the axial compression closing of the fitting is obtained by mutually fastening the two lock nuts (GSS, GSI); wherein the inclination angle of the welding flange is greater than the inclination angle of the conical edge of the sealing insert and the flaring angle of the pipe is equal to the inclination angle of the sealing insert, so that the axial compression closing of the fitting determines an elastic, and not plastic, yield of the walls of the welding flange and the sealing insert. - a lower lock nut with a threading, - a welding flange provided with conical outer edge which is tapered towards its free end and with a ring for axial abutment with said lower lock nut, - an upper lock nut with a threading adapted to engage the threading of the lower lock nut, - a sealing insert provided with conical inner edge which widens towards its free end and provided with an axial ring abutting with said upper lock nut,
A switching device for an agricultural vehicle, the switching device comprising: a first switch moveable along a switch path in a first direction for control of a first variable of the vehicle, the first switch comprising a rotary switch in the form of an adjustment wheel; and a second switch moveable in a second direction different to said first direction for control of a second variable of the vehicle, characterised in that the second switch is mounted on an outer rim of the adjustment wheel. a first switch moveable along a switch path in a first direction for control of a first variable of the vehicle, the first switch comprising a rotary switch in the form of an adjustment wheel; and a second switch moveable in a second direction different to said first direction for control of a second variable of the vehicle, characterised in that the second switch is mounted on an outer rim of the adjustment wheel.
An electronic apparatus comprising: an external coil connected via a pair of a first feed-through portion and a second feed-through portion to a communication circuit, the external coil comprising a first coil part and a second coil part disposed outside a housing; a wireless power transmission circuit; an electrode signal processing circuit included in the housing; an external capacitor disposed outside the housing and connected between the first coil part and the second coil part; a first electrode connected to the first coil part at one end of the external capacitor; and a second electrode connected to the second coil part at another end of the external capacitor. an external coil connected via a pair of a first feed-through portion and a second feed-through portion to a communication circuit, the external coil comprising a first coil part and a second coil part disposed outside a housing; a wireless power transmission circuit; an electrode signal processing circuit included in the housing; an external capacitor disposed outside the housing and connected between the first coil part and the second coil part; a first electrode connected to the first coil part at one end of the external capacitor; and a second electrode connected to the second coil part at another end of the external capacitor.
A display panel comprising: a substrate comprising a first area, a second area, and a third area between the first area and the second area; a first structure located in the second area and comprising a pixel electrode, an opposite electrode, an intermediate layer between the pixel electrode and the opposite electrode, and at least one organic material layer; and a plurality of grooves located in the third area and separating the at least one organic material layer and separating the opposite electrode, wherein a first groove of the plurality of grooves is provided in a multi-layered film comprising a lower layer and an upper layer, wherein the upper layer comprises an inorganic material layer and at least a first step, in which the upper layer is separated from the lower layer by a gap, adjacent to the first groove, the first step having an elevation higher than an upper surface of the lower layer; wherein the groove includes an upper-hole (UL-h) penetrating the upper layer and a lower hole (LL-h) or recess formed in the lower layer, by the first step an undercut structure of the groove is formed with a width which is greater than a width of the lower hole (LL-h) or recess in the lower layer. a substrate comprising a first area, a second area, and a third area between the first area and the second area; a first structure located in the second area and comprising a pixel electrode, an opposite electrode, an intermediate layer between the pixel electrode and the opposite electrode, and at least one organic material layer; and a plurality of grooves located in the third area and separating the at least one organic material layer and separating the opposite electrode, wherein a first groove of the plurality of grooves is provided in a multi-layered film comprising a lower layer and an upper layer, wherein the upper layer comprises an inorganic material layer and at least a first step, in which the upper layer is separated from the lower layer by a gap, adjacent to the first groove, the first step having an elevation higher than an upper surface of the lower layer; wherein the groove includes an upper-hole (UL-h) penetrating the upper layer and a lower hole (LL-h) or recess formed in the lower layer, by the first step an undercut structure of the groove is formed with a width which is greater than a width of the lower hole (LL-h) or recess in the lower layer.
A vanadium redox flow battery comprising: at least one redox fuel cell; and a reservoir arrangement comprising a pair of electrolyte reservoirs for storing and distributing electrolyte by way of electrolyte supply means, the reservoir arrangement comprising an electrolyte reservoir having: at least one inner tank for electrolyte, the or each inner tank having at least one inner tank wall; an outer, bund tank around the or each inner tank, the or each outer tank having at least one outer tank wall; and air circulation gaps or passages between the inner and outer walls of the inner and outer tanks, the reservoir arrangement further comprising a means for passing cooling air to the air circulation gaps or passages for cooling the electrolyte in each inner tank. at least one redox fuel cell; and a reservoir arrangement comprising a pair of electrolyte reservoirs for storing and distributing electrolyte by way of electrolyte supply means, the reservoir arrangement comprising an electrolyte reservoir having: at least one inner tank for electrolyte, the or each inner tank having at least one inner tank wall; an outer, bund tank around the or each inner tank, the or each outer tank having at least one outer tank wall; and air circulation gaps or passages between the inner and outer walls of the inner and outer tanks, at least one inner tank for electrolyte, the or each inner tank having at least one inner tank wall; an outer, bund tank around the or each inner tank, the or each outer tank having at least one outer tank wall; and air circulation gaps or passages between the inner and outer walls of the inner and outer tanks,
A method for allocating a subchannel by a base station in an orthogonal frequency division multiple access -OFDMA- communication system in which an entire frequency band includes a plurality of bands, each of the plurality of bands includes a plurality of bins, and each of the plurality of bins includes a plurality of subcarriers, the method comprising: selecting one of the plurality of bands in an adaptive modulation and coding -AMC- subchannel time interval; selecting a predetermined number of bins among the plurality of bins in the selected band; and allocating the selected bins as an AMC subchannel, wherein a predetermined time interval is divided into the AMC subchannel time interval and a diversity subchannel time interval. selecting one of the plurality of bands in an adaptive modulation and coding -AMC- subchannel time interval; selecting a predetermined number of bins among the plurality of bins in the selected band; and allocating the selected bins as an AMC subchannel, wherein a predetermined time interval is divided into the AMC subchannel time interval and a diversity subchannel time interval.
A method comprising: receiving, with a service node of a network, traffic via a path configured within the network to direct the traffic from an ingress network device of the path to the service node, wherein the path includes filters that control admission of the traffic at the ingress network device to the path; applying, with the service node, one or more services to the traffic received via the path; generating, with the service node, service-specific information related to the application of the one or more services to the traffic by the service node; and sending, with the service node, the service-specific information to at least one network device configured to forward the traffic along the path so that the at least one network device configured to forward the traffic along the path adapts the path based on the service-specific information. receiving, with a service node of a network, traffic via a path configured within the network to direct the traffic from an ingress network device of the path to the service node, wherein the path includes filters that control admission of the traffic at the ingress network device to the path; applying, with the service node, one or more services to the traffic received via the path; generating, with the service node, service-specific information related to the application of the one or more services to the traffic by the service node; and sending, with the service node, the service-specific information to at least one network device configured to forward the traffic along the path so that the at least one network device configured to forward the traffic along the path adapts the path based on the service-specific information.
Method for the provision of at least one password (P1, P2, P3, P4) for changing the state of a device from a first operational state into a second operational state by means of inputting the password (P1, P2, P3, P4), wherein a number of characters of the password (P1, P2, P3, P4) are set in accordance with the time duration of the first operational state of the device, wherein a) after successfully inputting the password with a first number of characters, a list with at least one partial password (P1, P2, P3) is created, wherein the at least one partial password (P1, P2, P3) has a subset of characters of the password and a number of characters of the at least one partial password (P1, P2, P3) is less than or equal to the first number, b) due to the list, a lot of passwords for changing the state of the device from the first operational state to the second operational state are provided, wherein, after a time period of the time duration has passed, whereby the time period represents a span of time after carrying out a modification to the list, one or a plurality of partial passwords are deleted from the list, characterized in that a value of the time period is generated at least based on an entropy of the same partial password of the list that has the smallest number of characters. a) after successfully inputting the password with a first number of characters, a list with at least one partial password (P1, P2, P3) is created, wherein the at least one partial password (P1, P2, P3) has a subset of characters of the password and a number of characters of the at least one partial password (P1, P2, P3) is less than or equal to the first number, b) due to the list, a lot of passwords for changing the state of the device from the first operational state to the second operational state are provided,
BICYCLE SADDLE, which has two identical portions (30, 31) arranged symmetrically with respect to its longitudinal axis, a channel open from top to bottom which separates said two identical portions that extends from an intermediate part of the saddle up to the front part thereof at said longitudinal axis, said channel having a width of its rear part substantially wider than that of its front part, said two portions being separated at the rear by a recess, defined at the side by two points (7, 8), which give the rear part of the saddle the dovetail shape, said recess continuing with a depression, which ends in the rear edge of the central channel, laterally of said recess are first areas (1, 2) intended to support the gluteal muscles of a user seated on said saddle, said first areas (1, 2) continue towards the front end of said saddle with respective second areas (3, 4) intended to support the ischiatic tuberosities of said user, said second areas (3, 4) continue towards the front end of said saddle with respective first extensions (9, 10) followed by respective second extensions (11, 12), said extensions joining together with a substantially circular-shaped front end that, seen from the side, incline downwardly in a bird's beak configuration at said front end, said saddle being characterised in that the said first areas (1, 2) intended to support the gluteal muscles of a user, said second areas (3, 4) intended to support the ischiatic tuberosities of a user, and said first extensions (9, 10) are substantially planar, being also provided that a support fork of the saddle is fixed to the body of said saddle with a portion inclined by about 10° with respect to the ground (w-w), the fork being fixed to the saddle in such a way that with this inclination with respect to the ground said first areas (1, 2), said second areas (3, 4) and said first extensions (9, 10) are disposed substantially parallel to the ground (w-w) and at the same level on respect of the said.
A negative electrode active material comprising a carbonaceous matrix including a plurality of nano-particles, wherein each of the nano-particles comprises a silicon core; an oxide layer disposed on the silicon core and including SiO x (0<x≤2); and a coating layer covering at least a portion of a surface of the oxide layer and including LiF, wherein the LiF is included in an amount of 1.0 wt% to 15 wt% based on a total weight of the negative electrode active material. each of the nano-particles comprises a silicon core; an oxide layer disposed on the silicon core and including SiO x (0<x≤2); and a coating layer covering at least a portion of a surface of the oxide layer and including LiF, wherein the LiF is included in an amount of 1.0 wt% to 15 wt% based on a total weight of the negative electrode active material.