mhurhangee/ep-ind-claims huggingface dataset:
A cut resistant glove comprising a glove main body manufactured by plating knitting using a ground yarn and an additional yarn, wherein the ground yarn comprises a core material, and a cover yarn wound around the core material, the core material comprising a string made of a metal or glass fiber, the core material further comprising a support yarn made of an organic fiber arranged along the string, and the additional yarn being made of an organic fiber, characterised in that an average thickness of the support yarn is no less than 45 dtex and no greater than 100 dtex, a ratio of an average thickness of the additional yarn to an average thickness of the ground yarn is no less than 0.9 and no greater than 2.5, an average thickness of the ground yarn is no less than 135 dtex and no greater than 440 dtex, an average thickness of the additional yarn is no less than 135 dtex and no greater than 670 dtex, an elongation rate of 30-g load to 3-g load of the additional yarn is no greater than 30%, and the cut resistant glove is composed of stitches of at least 13 gauges. the ground yarn comprises a core material, and a cover yarn wound around the core material, the core material comprising a string made of a metal or glass fiber, the core material further comprising a support yarn made of an organic fiber arranged along the string, and the additional yarn being made of an organic fiber, characterised in that an average thickness of the support yarn is no less than 45 dtex and no greater than 100 dtex, a ratio of an average thickness of the additional yarn to an average thickness of the ground yarn is no less than 0.9 and no greater than 2.5, an average thickness of the ground yarn is no less than 135 dtex and no greater than 440 dtex, an average thickness of the additional yarn is no less than 135 dtex and no greater than 670 dtex, an elongation rate of 30-g load to 3-g load of the additional yarn is no greater than 30%, and the cut resistant glove is composed of stitches of at least 13 gauges.
A method in a source radio network controller, said method for negotiating packet data convergence protocol parameters of an optimization algorithm during connection handover of a mobile station between said source radio network controller and a target radio network controller, comprising: transmitting signaling that the handover is required and a packet data convergence protocol message comprising the capabilities of the mobile station including used packet data convergence protocol parameters to the target radio network controller directly or via a core network without any need for renegotiating the packet data convergence protocol parameters over an air interface between the mobile station and the target radio network controller, and receiving signaling sent from the core network or from the target radio network controller that the handover is to proceed. transmitting signaling that the handover is required and a packet data convergence protocol message comprising the capabilities of the mobile station including used packet data convergence protocol parameters to the target radio network controller directly or via a core network without any need for renegotiating the packet data convergence protocol parameters over an air interface between the mobile station and the target radio network controller, and receiving signaling sent from the core network or from the target radio network controller that the handover is to proceed.
A method for controlling the movement of at least one movable part of a disconnecting switch, with the part being moved by a transmission mechanism that is driven by an electric motor powered by a supply circuit controlled by a control unit in accordance with a switching order. This method is characterised in that it includes at least the following: - the measurement of the instantaneous angular position (θ) of one of the components of the aforementioned transmission mechanism with respect to a reference angular position; - the measurement of the instantaneous electric power; - the comparison, for each angular position, of the measured instantaneous power with respect to a reference electric power (Pref(θ)), which is a function of the measured instantaneous angular position; and - the generation of a fault indication signal when the measured instantaneous power differs from the aforementioned reference power (Pref(θ)) by at least a predetermined value. - the measurement of the instantaneous angular position (θ) of one of the components of the aforementioned transmission mechanism with respect to a reference angular position; - the measurement of the instantaneous electric power; - the comparison, for each angular position, of the measured instantaneous power with respect to a reference electric power (Pref(θ)), which is a function of the measured instantaneous angular position; and - the generation of a fault indication signal when the measured instantaneous power differs from the aforementioned reference power (Pref(θ)) by at least a predetermined value.
A folding device, comprising a power assembly arranged to be fixed relative to a flexible panel having a bending part, at least one movement assembly connected with the power assembly, and at least one connecting rod assembly, wherein the folding device is configured to be mounted on the bending part to fold the flexible panel around a bending centerline of the bending part, the connecting rod assembly is configured to movably connect to the movement assembly and movably connect to the flexible panel, wherein the movement assembly is configured to be moved by the power assembly to move in a direction substantially parallel to the bending centerline of the bending part, wherein the connecting rod assembly is configured to move along with the movement of the movement assembly and to rotate relative to the movement assembly, wherein at least a part of the flexible panel is is configured to be driven by the connecting rod assembly to move and be in a folded state or an unfolded state, and the connecting rod assembly comprises a first support rod and second support rod respectively connected to the movement assembly, with the first support rod configured to be connected to the flexible panel on one side of the bending part and the second support rod configured to be connected to the flexible panel on the other side of the bending part.
A fluid utilization facility management method comprising: monitoring an operating state of a fluid utilization device (2, Us) and an operating state of a drain trap (3, T) in a fluid utilization facility (1, P) based on detection information from detectors installed in various places in the fluid utilization facility (1, P); and calculating an energy balance in the fluid utilization facility (1, P), and optimizing the running state of the fluid utilization facility (1, P) based on this energy balance calculation result and the monitoring result; wherein the fluid utilization facility (1, P) is a steam utilization facility that uses steam as a fluid; characterized in that a steam utilization device (2, Us) that is the fluid utilization device in the steam utilization facility (1, P) includes a fuel device (42 - 45) that refines fuel that is also used for steam generation, and the energy balance includes a fuel balance calculated based on an amount of fuel refined by the fuel device (42 - 45) and an amount of fuel used for steam generation. monitoring an operating state of a fluid utilization device (2, Us) and an operating state of a drain trap (3, T) in a fluid utilization facility (1, P) based on detection information from detectors installed in various places in the fluid utilization facility (1, P); and calculating an energy balance in the fluid utilization facility (1, P), and optimizing the running state of the fluid utilization facility (1, P) based on this energy balance calculation result and the monitoring result; wherein the fluid utilization facility (1, P) is a steam utilization facility that uses steam as a fluid; characterized in that a steam utilization device (2, Us) that is the fluid utilization device in the steam utilization facility (1, P) includes a fuel device (42 - 45) that refines fuel that is also used for steam generation, and the energy balance includes a fuel balance calculated based on an amount of fuel refined by the fuel device (42 - 45) and an amount of fuel used for steam generation.
Transmission device for an injection nozzle for guiding hot melt in a mould, and wherein a movement of a drive mechanism can be converted by means of the transmission device into a movement of a nozzle needle of the injection nozzle, and a linkage (30, 37, 42) is provided which at an input end is connected to the drive mechanism and at an output end is rigidly connected in a tension-resistant and compression-resistant manner to the nozzle needle, characterised in that the transmission device is part of a separate add-on unit in which the linkage is at least partially disposed which can be detachably connected to the injection nozzle, and the add-on unit comprises a housing and comprises fixing means by means of which the add-on unit can be detachably attached to the injection nozzle or to a mould plate.
A battery structure, comprising: a first current collector layer; a first active material layer, disposed on the first current collector layer; a ceramic spacer layer, disposed on the first active material layer, the spacer layer completely covers the top surface of the first active material layer; a first plastic frame, disposed on the side wall of the spacer layer, the first plastic frame has a protruding part, the protruding part extends to the edge of a top surface of the spacer layer,; a second active material layer, disposed on the spacer layer and the protruding part, isolated from the first active material layer via the spacer layer and the protruding part; and a second current collector layer, disposed on the second active material layer. a first current collector layer; a first active material layer, disposed on the first current collector layer; a ceramic spacer layer, disposed on the first active material layer, the spacer layer completely covers the top surface of the first active material layer; a first plastic frame, disposed on the side wall of the spacer layer, the first plastic frame has a protruding part, the protruding part extends to the edge of a top surface of the spacer layer,; a second active material layer, disposed on the spacer layer and the protruding part, isolated from the first active material layer via the spacer layer and the protruding part; and a second current collector layer, disposed on the second active material layer.
A method comprising: acquiring an image of an eye using an image acquisition device; locating an iris center on the image; locating a corneal vertex on the image; and determining whether the image is of a left eye or a right eye, characterized in that the determination is based on the location of the corneal vertex relative to the iris center in the image. acquiring an image of an eye using an image acquisition device; locating an iris center on the image; locating a corneal vertex on the image; and determining whether the image is of a left eye or a right eye, characterized in that the determination is based on the location of the corneal vertex relative to the iris center in the image.
A method of analyzing a sample volume comprising magnetic particles, the method comprising the steps of: applying an electrical excitation signal to a measurement coil to generate a magnetic field acting on the sample volume using the measurement coil, wherein a first contact of the measurement coil via a first element with a first terminal for applying the electrical excitation signal, a second contact of the measurement coil is connected via a second element to a second terminal for applying an electrical adjustment signal, and the second contact of the measurement coil is connected to a measurement interface, and the excitation signal is applied to the first terminal and the adjustment signal is applied to the second terminal; detecting an electrical measurement signal dependent on the inductance of the measurement coil, wherein the adjustment signal is detected as the measurement signal and the adjustment signal is shaped to set a predetermined reference voltage at the measurement interface regardless of whether the magnetic field generated by the measurement coil acts on the sample volume or a reference volume; and analyzing a magnetic permeability of the sample volume using the measurement signal. applying an electrical excitation signal to a measurement coil to generate a magnetic field acting on the sample volume using the measurement coil, wherein a first contact of the measurement coil via a first element with a first terminal for applying the electrical excitation signal, a second contact of the measurement coil is connected via a second element to a second terminal for applying an electrical adjustment signal, and the second contact of the measurement coil is connected to a measurement interface, and the excitation signal is applied to the first terminal and the adjustment signal is applied to the second terminal; detecting an electrical measurement signal dependent on the inductance of the measurement coil, wherein the adjustment signal is detected as the measurement signal and the adjustment signal is shaped to set a predetermined reference voltage at the measurement interface regardless of whether the magnetic field generated by the measurement coil acts on the sample volume or a reference volume; and analyzing a magnetic permeability of the sample volume using the measurement signal.
A medical screw surgical device comprising: a surgical device main body having a bar-shaped body with an insertion passage formed therein; an extension member provided in a lower portion of the surgical device main body and having a guide hole formed therein, the extension member comprising a pin shaped extension member body, the guide member comprising a pin shaped guide body; a guide member movably provided in the guide hole of the extension member; and a firing member provided in the insertion passage of the surgical device main body and controlling the guide member to move up and down, characterized in that the guide member comprises a screw portion formed on an outer circumferential surface of the guide body, and the extension member comprises a screw portion formed on an outer circumferential surface of the extension member body having a thread with a threaded direction opposite to the threaded direction of the screw portion of the guide member. a surgical device main body having a bar-shaped body with an insertion passage formed therein; an extension member provided in a lower portion of the surgical device main body and having a guide hole formed therein, the extension member comprising a pin shaped extension member body, the guide member comprising a pin shaped guide body; a guide member movably provided in the guide hole of the extension member; and a firing member provided in the insertion passage of the surgical device main body and controlling the guide member to move up and down, characterized in that the guide member comprises a screw portion formed on an outer circumferential surface of the guide body, and the extension member comprises a screw portion formed on an outer circumferential surface of the extension member body having a thread with a threaded direction opposite to the threaded direction of the screw portion of the guide member.
A method in a wireless communication device (103, 104) that supports aggregated carrier access, the method comprising: transmitting over a first uplink carrier, configured by a base station (101, 102) as a primary uplink carrier, a power headroom report of a first type for a second uplink carrier when the wireless communication device is not configured to transmit uplink control information on an uplink control channel over the second uplink carrier, wherein a power headroom report of a first type is based on the transmission of only an uplink shared channel on an uplink carrier; determining that a condition for transmitting a power headroom report of a second type is satisfied, wherein a power headroom report of a second type is based on the transmission of both an uplink control channel and an uplink shared channel on an uplink carrier; when the condition is satisfied, estimating a transmit power of a virtual uplink control channel and determining, for a power headroom report of the second type, a power headroom for the second uplink carrier based on an estimated transmit power of the virtual uplink control channel; transmitting over the first uplink carrier the power headroom report of the second type for the second uplink carrier when the condition is satisfied; and operating the second uplink carrier as the primary uplink carrier, in response to a configuration by a base station (101, 102). transmitting over a first uplink carrier, configured by a base station (101, 102) as a primary uplink carrier, a power headroom report of a first type for a second uplink carrier when the wireless communication device is not configured to transmit uplink control information on an uplink control channel over the second uplink carrier, wherein a power headroom report of a first type is based on the transmission of only an uplink shared channel on an uplink carrier; determining that a condition for transmitting a power headroom report of a second type is satisfied, wherein a power headroom report of a second type is based on the transmission of both an uplink control channel and an uplink shared channel on an uplink carrier; when the condition is satisfied, estimating a transmit power of a virtual uplink control channel and determining, for a power headroom report of the second type, a power headroom for the second uplink carrier based on an estimated transmit power of the virtual uplink control channel; transmitting over the first uplink carrier the power headroom report of the second type for the second uplink carrier when the condition is satisfied; and operating the second uplink carrier as the primary uplink carrier, in response to a configuration by a base station (101, 102).
A process for preparing a bridged alkaline earth metal alkylphenate, comprising reacting: (a) a 4-alkylphenol, unsubstituted at the ortho positions, (b) an alkaline earth metal oxide or hydroxide, (c) a bridging agent comprising sulfur or a carbonyl compound of 1 to 6, or to 4 or to 2, carbon atoms, and (d) a 2,6-dialkylphenol; wherein amount of the 2,6-dialkylphenol is 0.05 to 3 moles, or 0.1 to 1.3, or 0.25 to 1.25 moles per 1 mole of the 4-alkylphenol; provided that if there is a molar excess of the 2,6-dialkylphenol, then such excess is added after initial reaction of the 4-alkylphenol with alkaline earth oxide or hydroxide, the bridging agent, and no more than 1 mole of the 2,6-dialkylphenol per mole of the 4-alkylphenol. (a) a 4-alkylphenol, unsubstituted at the ortho positions, (b) an alkaline earth metal oxide or hydroxide, (c) a bridging agent comprising sulfur or a carbonyl compound of 1 to 6, or to 4 or to 2, carbon atoms, and (d) a 2,6-dialkylphenol;
A handheld exercise apparatus comprising: a) a handle; b) said handle comprising at least one movable member that is simultaneously movable along multiple axes, and at least one flexible member (105, 106, 107) disposed between a fixed member of said apparatus and said movable member, wherein said at least one flexible member (105, 106, 107) permits said movable member to move along said axes relative to said fixed member, and wherein said movable member and said at least one flexible member (105, 106, 107) shunt forces applied to said apparatus; c) a sensor, wherein forces applied to said apparatus are translated to said sensor; d) a visual display member mounted on said handle to display information during an exercise; e) a control system incorporated within said apparatus to handle at least squeeze force and time parameters of said exercise; and f) a sleeve, wherein said apparatus is characterised in that said at least one flexible member comprises at least an upper flexible member, a center flexible member, and a lower flexible member, wherein said center flexible member is at least partially housed within said sleeve which functions to translate a multiaxial force applied to said moveable member into a uniaxial force to said sensor, and wherein each said flexible member comprises a compressible member being one of an elastic polymer, a spring, an air bladder and an encapsulated fluid. a) a handle; b) said handle comprising at least one movable member that is simultaneously movable along multiple axes, and at least one flexible member (105, 106, 107) disposed between a fixed member of said apparatus and said movable member, wherein said at least one flexible member (105, 106, 107) permits said movable member to move along said axes relative to said fixed member, and wherein said movable member and said at least one flexible member (105, 106, 107) shunt forces applied to said apparatus; c) a sensor, wherein forces applied to said apparatus are translated to said sensor; d) a visual display member mounted on said handle to display information during an exercise; e) a control system incorporated within said apparatus to handle at least squeeze force and time parameters of said exercise; and f) a sleeve, wherein said apparatus is characterised in that said at least one flexible member comprises at least an upper flexible member, a center flexible member, and a lower flexible member, wherein said center flexible member is at least partially housed within said sleeve which functions to translate a multiaxial force applied to said moveable member into a uniaxial force to said sensor, and wherein each said flexible member comprises a compressible member being one of an elastic polymer, a spring, an air bladder and an encapsulated fluid.
Device for destroying parasites on live fish, characterized in comprising a camera arranged in communication with a controlling unit which in turn communicates with a light source arranged to emit pulses of focused light harmful for the parasite in question, the controlling unit controlling a system for optical recognition within a defined coordinate system and arranged to detect points and in real time to update coordinates of points showing contrast differences typical for parasites on fish, as well as to trigger a light pulse from the light source when the coordinates for such a detected point corresponds with the coordinates for the aiming point of the light source.
A concentrated coffee extract solution comprising the following components and, and optionally and: at least one pyrazine selected from 2-methylpyrazine, 2,5-dimethylpyrazine, 2,6-dimethylpyrazine, ethylpyrazine, 2-ethyl-5-methylpyrazine, 2-ethyl-6-methylpyrazine, 2-ethyl-3-methylpyrazine, 2-ethyl-3,5-dimethylpyrazine and 3,5-dimethyl-2-methylpyrazine, at least one guaiacol selected from guaiacol, 4-ethylguaiacol and 4-vinylguaiacol, a chlorogenic acid, and hydroxyhydroquinone, wherein a content weight ratio [ /] of the component to the component is 0 to 0.6, a content of the component in the concentrated coffee extract solution is from 0.01 to 5 wt%, and a content of the component in the concentrated coffee extract solution is 0 to 0.1 wt% relative to a content of a chlorogenic acid. at least one pyrazine selected from 2-methylpyrazine, 2,5-dimethylpyrazine, 2,6-dimethylpyrazine, ethylpyrazine, 2-ethyl-5-methylpyrazine, 2-ethyl-6-methylpyrazine, 2-ethyl-3-methylpyrazine, 2-ethyl-3,5-dimethylpyrazine and 3,5-dimethyl-2-methylpyrazine, at least one guaiacol selected from guaiacol, 4-ethylguaiacol and 4-vinylguaiacol, a chlorogenic acid, and hydroxyhydroquinone,
An alloy with a solid solution matrix consisting of: Platinum (Pt) 20 to 60 at.% Palladium (Pd) 10 to 70 at.% Cobalt (Co) 10 to 50 at.% and at least one of: Nickel (Ni) up to 40 at.% Chromium (Cr) up to 40 at.% and Iron (Fe) up to 40 at.%