mhurhangee/ep-ind-claims huggingface dataset:
An elastic hair clip comprising: a main clip frame composed of a first clip frame and a second clip frame, said first clip frame and said second clip frame respectively having one end integrally formed into a jointed end and another end forming an open end, a clipping strip fixed between said first clip frame and said second clip frame, said clipping strip formed integrally with said jointed end of said first and said second clip frame; and a joint member (2, 2A, 2B) integrally formed with the main clip frame, characterized in that said joint member (2, 2A, 2B) is provided for releasably combining together said open end of said first and said second clip frame according to a user's need, able to maintain elastically of said clip frame, and that said elastic hair clip is made from plastic. a main clip frame composed of a first clip frame and a second clip frame, said first clip frame and said second clip frame respectively having one end integrally formed into a jointed end and another end forming an open end, a clipping strip fixed between said first clip frame and said second clip frame, said clipping strip formed integrally with said jointed end of said first and said second clip frame; and a joint member (2, 2A, 2B) integrally formed with the main clip frame,
A ride-on lawn mower comprising: a traveling vehicle body including an operator's seat, and a wheel post for supporting a steering wheel mounted forward of the operator's seat; a mower apparatus connected to a front part of the traveling vehicle body; a roll-over protective structure mounted in a rear part of the operator's seat; characterised in that it further comprises a front guard extending upward from the wheel post and forward of the steering wheel. a traveling vehicle body including an operator's seat, and a wheel post for supporting a steering wheel mounted forward of the operator's seat; a mower apparatus connected to a front part of the traveling vehicle body; a roll-over protective structure mounted in a rear part of the operator's seat; characterised in that it further comprises a front guard extending upward from the wheel post and forward of the steering wheel.
An optical scanning microscope for inducing optical emission in a sample using a laser illumination system operable to provide excitation radiation, the microscope comprising: - an objective configured to focus the excitation radiation, such that the illumination system and the objective are operable together to provide the excitation radiation (152, 154) in a focal volume to cause emission of emission radiation from the sample in the focal volume; and - an objective scanner (130, 132) comprising a kinematic flexure mechanism, wherein the kinematic flexure mechanism is operable to scan the objective in two dimensions transverse with respect to the objective's optical axis so as to scan the emitting focal volume in corresponding dimensions, characterised in that the kinematic flexure mechanism is a unitary 3D-printed member configured to be larger than 15mm in the two dimensions to move the objective such that it is operable to scan the objective to a scan range of more than 1mm. - an objective configured to focus the excitation radiation, such that the illumination system and the objective are operable together to provide the excitation radiation (152, 154) in a focal volume to cause emission of emission radiation from the sample in the focal volume; and - an objective scanner (130, 132) comprising a kinematic flexure mechanism, wherein the kinematic flexure mechanism is operable to scan the objective in two dimensions transverse with respect to the objective's optical axis so as to scan the emitting focal volume in corresponding dimensions,
An indoor unit of an air conditioner, including; a main chassis forming a rear appearance; a front frame disposed at a front of the main chassis to form a front appearance, the front frame having a sliding support surface on a front side edge thereof; a heat exchanger disposed between the main chassis and the front frame; a fan for generating airflow through the heat exchanger; a suction grille detachably mounted at a front of the front frame; and a filter disposed at a front of the front frame, for filtering foreign particles from air, characterized in that the suction grille is configured to be mounted on the front frame while being elastically deformed and fixed to the front frame in an elastically deformed state, wherein the suction grille includes; a connection rib at a lower end portion thereof; and a connection protrusion at a side surface of the connection rib, and wherein the connection rib is arranged to be elastically deformed while the suction grille moves along the front frame by the contact of the connection protrusion to a side surface of the sliding support surface.
A method of forming a filter material in which a plurality of flow channels or vias are formed through a sheet, comprising the steps of: providing a contoured sheet material having a plurality of land and valley areas formed by rolling or extrusion; and forming a plurality of vias through the valleys in the metal sheet. providing a contoured sheet material having a plurality of land and valley areas formed by rolling or extrusion; and forming a plurality of vias through the valleys in the metal sheet.
A merger apparatus comprising: a pick-up header; a conveyor with a conveyor belt; and a skid shoe disposed below the pick-up header and the conveyor; characterized in that it further comprises an operative connection between the pick-up header and the skid shoe that enables the skid shoe to articulate independently without an external frame underneath the conveyor, the operative connection includes the skid shoe mounted by a system of linkages that adjusts the angle and/or position of the skid shoe, at least a portion of at least one linkage of the system of linkages is disposed within the conveyor. a pick-up header; a conveyor with a conveyor belt; and a skid shoe disposed below the pick-up header and the conveyor;
A method for eliminating wrinkles in clothes disposed in a drum of a washing machine when a wrinkle eliminating course is selected, the wrinkle eliminating course being an independently selectable course for eliminating wrinkles in the clothes, the method comprising: determining whether a wrinkle eliminating course is selected; supplying preheated hot air at a predetermined temperature to an inside of the drum, when the wrinkle eliminating course is selected; supplying steam to the inside of the drum such that the clothes are exposed to the steam after the preheated hot air is supplied; and supplying hot air to the clothes to which the steam is supplied. determining whether a wrinkle eliminating course is selected; supplying preheated hot air at a predetermined temperature to an inside of the drum, when the wrinkle eliminating course is selected; supplying steam to the inside of the drum such that the clothes are exposed to the steam after the preheated hot air is supplied; and supplying hot air to the clothes to which the steam is supplied.
A method of detecting and distinguishing epochs of non-rapid eye movement (non-REM) deep-sleep from epochs of non-REM light-sleep of a subject, comprising: (a) sensing from the subject, for the period of the epoch, a peripheral pulse signal at a body site of the subject related to the systemic circulation of the subject; (b) analyzing the sensed peripheral pulse signal for determining therefrom a plurality of variables, said plurality of variables including a spectral density peak (34, 36, 38) of a frequency range of the heart or pulse rate of said signal; and (c) using said plurality of variables to determine whether the epoch detected is a non-REM light-sleep epoch or a non-REM deep-sleep epoch; wherein said frequency range of the heart or pulse rate is chosen from among the low, very low, ultra low and high frequency ranges of the heart or pulse rate; characterized in that: said plurality of variables also includes a spectral density peak (34, 36, 38) of a frequency range of the amplitude of said signal; wherein said frequency range of the amplitude of said signal is chosen from among the low, very low, ultra low and high frequency ranges of the amplitude. (a) sensing from the subject, for the period of the epoch, a peripheral pulse signal at a body site of the subject related to the systemic circulation of the subject; (b) analyzing the sensed peripheral pulse signal for determining therefrom a plurality of variables, said plurality of variables including a spectral density peak (34, 36, 38) of a frequency range of the heart or pulse rate of said signal; and (c) using said plurality of variables to determine whether the epoch detected is a non-REM light-sleep epoch or a non-REM deep-sleep epoch; wherein said frequency range of the heart or pulse rate is chosen from among the low, very low, ultra low and high frequency ranges of the heart or pulse rate; characterized in that: said plurality of variables also includes a spectral density peak (34, 36, 38) of a frequency range of the amplitude of said signal; wherein said frequency range of the amplitude of said signal is chosen from among the low, very low, ultra low and high frequency ranges of the amplitude.
A parent communication node (2, 4, 20) for use in a wireless or hybrid mesh communication system, having a first radio interface used for uplink communication over a first frequency channel, and at least one second radio interface, each second radio interface being used for downlink communication with at least one child node (6-8, 9-11) over a second frequency channel, the communication node (2, 4, 20) and said at least one child node (6-8, 9-11) defining a family, comprising: - modules adapted to store a set of spare frequency channel(s) (S i) for said family, - modules (125, 123, 130) adapted to change and have the at least one child node (6-8, 9-11) change the second frequency channel (f a) to a third frequency channel (f b), and - modules adapted to select said third frequency channel (f b) from said set if said set (S i) is not empty, to request and obtain said third frequency channel (f b) through said first radio interface from a root node of said communication system if said set (S i) is empty. - modules adapted to store a set of spare frequency channel(s) (S i) for said family, - modules (125, 123, 130) adapted to change and have the at least one child node (6-8, 9-11) change the second frequency channel (f a) to a third frequency channel (f b), and - modules adapted to select said third frequency channel (f b) from said set if said set (S i) is not empty, to request and obtain said third frequency channel (f b) through said first radio interface from a root node of said communication system if said set (S i) is empty.
User equipment of a wireless communication system that has subscriptions to network services, defined by subscriber identity modules, wherein the user equipment is configured to receive wirelessly from a base station of the wireless communication network and detect at least one of the following as an indication of a prioritized transmission of a network service requiring a prioritized subscription: a quality of service identifier at a level allocated to a prioritized transmission, availability of the network of the prioritized transmission, traffic in a channel dedicated to prioritized transmission; and the user equipment is configured to disable, on the basis of the detection of the indication, every subscribed network service except the network service requiring the prioritized subscription, and to allow the network service requiring the prioritized subscription, wherein a prioritized transmission mode controller of the user equipment is, on the basis of the detection of the indication, configured to disable the operation of a modem protocol stack for each of the subscriptions except that for the prioritized subscription, or disable each of drivers for the subscriptions except that of the prioritized subscription. the user equipment is configured to receive wirelessly from a base station of the wireless communication network and detect at least one of the following as an indication of a prioritized transmission of a network service requiring a prioritized subscription: a quality of service identifier at a level allocated to a prioritized transmission, availability of the network of the prioritized transmission, traffic in a channel dedicated to prioritized transmission; and the user equipment is configured to disable, on the basis of the detection of the indication, every subscribed network service except the network service requiring the prioritized subscription, and to allow the network service requiring the prioritized subscription, wherein a prioritized transmission mode controller of the user equipment is, on the basis of the detection of the indication, configured to disable the operation of a modem protocol stack for each of the subscriptions except that for the prioritized subscription, or disable each of drivers for the subscriptions except that of the prioritized subscription.
A tissue scaffold loading system, comprising: a delivery shaft having at least one prong extending from a distal end thereof, the at least one prong being configured to extend through a tissue scaffold; characterized in that it further comprises a loading block having a surface configured to seat a tissue scaffold thereon, the surface having at least one opening formed therein and configured to receive the at least one prong of the delivery shaft such that the at least one prong can extend through a tissue scaffold seated on the surface, the loading block further including a guide member extending from the surface and having at least one channel formed therein, the at least one channel being positioned to guide the at least one prong into the at least one opening on the surface. a delivery shaft having at least one prong extending from a distal end thereof, the at least one prong being configured to extend through a tissue scaffold; characterized in that it further comprises a loading block having a surface configured to seat a tissue scaffold thereon, the surface having at least one opening formed therein and configured to receive the at least one prong of the delivery shaft such that the at least one prong can extend through a tissue scaffold seated on the surface, the loading block further including a guide member extending from the surface and having at least one channel formed therein, the at least one channel being positioned to guide the at least one prong into the at least one opening on the surface.
Holder with collection chamber for blood samples, characterized in that said holder centrally comprises a collection chamber that is roughly cylindrical and tapered at the upper part at the insertion of a common steel puncture needle equipped with a common thread and placed in eccentric position with respect to the axis of said collection chamber, having said collection chamber in communication on its lower part with a test tube housing seat, by means of a test tube perforation needle made of plastic material, centrally placed on the base of said collection chamber, and said test tube housing seat being constituted by the aforesaid base and by a lateral wall created on the periphery of the aforesaid base and in which the length of said lateral wall is greater than that of said test tube perforation needle, and having said test tube housing seat made in a manner such to allow the direct insertion and then the perforation of a cap of a common test tube or of a vacuum test tube executed by said test tube perforation needle and having the rear-lateral face of said collection chamber flat and the underlying test tube housing seat equipped with at least two finger-rest tabs that are co-planar, as much as possible, with said puncture needle, in a manner so as to achieve an overall flat rear surface of the holder.
A composition for transdermal administration of ibuprofen, the composition comprising: ibuprofen in an amount of 5 % by weight of the composition; a gelling agent, wherein the gelling agent is selected from the group consisting of carboxyvinyl polymers, methyl cellulose, ethyl cellulose, hydroxycellulose, hydroxyethyl cellulose, and hydroxypropyl cellulose; a lower alkyl alcohol; water; a non-volatile solvent, wherein the non-volatile solvent is selected from propylene glycol, hexylene glycol and benzyl alcohol; wherein the composition has an apparent pH of 4.0 to 7.0; and wherein the composition further comprises a skin penetration enhancer selected from isopropyl myristate, isopropyl palmitate, and ethyl oleate. ibuprofen in an amount of 5 % by weight of the composition; a gelling agent, wherein the gelling agent is selected from the group consisting of carboxyvinyl polymers, methyl cellulose, ethyl cellulose, hydroxycellulose, hydroxyethyl cellulose, and hydroxypropyl cellulose; a lower alkyl alcohol; water; a non-volatile solvent, wherein the non-volatile solvent is selected from propylene glycol, hexylene glycol and benzyl alcohol; wherein the composition has an apparent pH of 4.0 to 7.0; and wherein the composition further comprises a skin penetration enhancer selected from isopropyl myristate, isopropyl palmitate, and ethyl oleate.
An apparatus, comprising: a processor and a memory communicatively connected to the processor, the processor configured to: select a location for a security rule based on a policy associated with the security rule, wherein the policy associated with the security rule is based on a cost associated with transporting data for which the security rule is to be applied and an amount of processing resources used for application of the security rule; determine whether to migrate the security rule to the location selected for the security rule; and initiate migration of the security rule to location selected for the security rule based on a determination to migrate the security rule to the location selected for the security rule. select a location for a security rule based on a policy associated with the security rule, wherein the policy associated with the security rule is based on a cost associated with transporting data for which the security rule is to be applied and an amount of processing resources used for application of the security rule; determine whether to migrate the security rule to the location selected for the security rule; and initiate migration of the security rule to location selected for the security rule based on a determination to migrate the security rule to the location selected for the security rule.
A method for determining the position of a liquid interface between a lower tray and an upper tray in a process apparatus comprising the steps of: a) arranging a source of gamma radiation and a detector for said gamma radiation at opposed ends of a horizontal path P through said process apparatus, said path P being located at a vertical location between the height of said lower and upper trays and at height H above said lower tray; b) counting the amount of radiation emitted by the source which is detected by the detector; c) carrying out steps a) and b) N times to acquire N data points Dn, each consisting of the count rate Cn counted by the detector measuring radiation transmitted along path Pn at height Hn above said lower tray, each path Pn being of the same length and H 1 being at or immediately above the height of the lower tray; d) defining the count rate CV to be the count rate when the path through the process apparatus passes through a vapour phase; e) identifying C MAX where C MAX = the maximum of measured count rates Cn between said lower tray and said upper tray; and f) estimating the height H L of the liquid interface by:- i. if the condition Cn ≤ CV and Cn ≥ CV - x% of CV is fulfilled for any Hn, taking H L to be the lowest Hn at which the condition is satisfied; or ii. if C MAX < CV - x% of CV then extrapolate data points, including Dn at C MAX and at least Dn-1 and Dn-2, to find H L where extrapolated line meets CV. a) arranging a source of gamma radiation and a detector for said gamma radiation at opposed ends of a horizontal path P through said process apparatus, said path P being located at a vertical location between the height of said lower and upper trays and at height H above said lower tray; b) counting the amount of radiation emitted by the source which is detected by the detector; c) carrying out steps a) and b) N times to acquire N data points Dn, each consisting of the count rate Cn counted by the detector measuring radiation transmitted along path Pn at height Hn above said lower tray, each path Pn being of the same length and H 1 being at or immediately above the height of the lower tray; d) defining the count rate CV to be the count rate when the path through the process apparatus passes through a vapour phase; e) identifying C MAX where C MAX = the maximum of measured count rates Cn between said lower tray and said upper tray; and f) estimating the height H L of the liquid interface by:- i. if the condition Cn ≤ CV and Cn ≥ CV - x% of CV is fulfilled for any Hn, taking H L to be the lowest Hn at which the condition is satisfied; or ii. if C MAX < CV - x% of CV then extrapolate data points, including Dn at C MAX and at least Dn-1 and Dn-2, to find H L where extrapolated line meets CV. i. if the condition Cn ≤ CV and Cn ≥ CV - x% of CV is fulfilled for any Hn, taking H L to be the lowest Hn at which the condition is satisfied; or ii. if C MAX < CV - x% of CV then extrapolate data points, including Dn at C MAX and at least Dn-1 and Dn-2, to find H L where extrapolated line meets CV.