mhurhangee/ep-ind-claims huggingface dataset:
A clamp device comprising: a first section having a first base and at least one receiver configured to receive and clamp at least a first elongate component, the first base including a sleeve member and a recess formed in the sleeve member; and a second section having a second base and at least one receiver configured to receive and clamp at least a second elongated component, the second base including a shaft member and a protrusion arranged on the shaft member, the shaft member being insertable into said sleeve member with the protrusion passing through the recess during insertion; wherein said sleeve member and said shaft member of said first and said second bases (11, 21) are coupling structures configured to allow said first section and said second section to be rotatably assembled to one another holding said first and said second elongated components (30, 40) in an interlocked position by rotating either said first section and/or said second section such that said protrusion is turned away from said recess to engage with an outer wall on an opposite side of said sleeve member. a first section having a first base and at least one receiver configured to receive and clamp at least a first elongate component, the first base including a sleeve member and a recess formed in the sleeve member; and a second section having a second base and at least one receiver configured to receive and clamp at least a second elongated component, the second base including a shaft member and a protrusion arranged on the shaft member, the shaft member being insertable into said sleeve member with the protrusion passing through the recess during insertion; wherein said sleeve member and said shaft member of said first and said second bases (11, 21) are coupling structures configured to allow said first section and said second section to be rotatably assembled to one another holding said first and said second elongated components (30, 40) in an interlocked position by rotating either said first section and/or said second section such that said protrusion is turned away from said recess to engage with an outer wall on an opposite side of said sleeve member.
Silicate luminescent materials represented by the general formula of (Ba 1-y A y) 2-x SiO 4:Eu x,D z @ Mn, wherein A is one or two of Sr, Ca, Mg and Zn, D is any one of F and Cl, M is at least one metal nano-particles of Ag, Au, Pt, Pd and Cu; @ is coating, M nano-particles is a core; (Ba 1-y A y) 2-x SiO 4:Eu x,D z fluorescent powders are shell; x is in the range of 0.001 <x ≤0.15, y is in the range of 0<y≤0.5, z is in the range of 0≤z≤0.5, n is molar ratio of M nano-particles to Si in fluorescent powders, n is in the range of 0<n≤1×10 -2.
A method of marking on a material with a laser beam, the method comprising: receiving user-specified character information corresponding to a mark to apply to the material with the laser beam; receiving a quality setting for the mark to apply to the material with the laser beam; obtaining a previously specified font definition (1000; 1200) that specifies character segments of characters, the character segments comprising straight line segments and curved line segments; selecting a pixel grid from a group of available pixel grids based on the quality setting; generating from the character segments a set of multiple spaced locations (1010; 1020; 1030; 1210) in the selected pixel grid based on the specified character segments of the font definition (1000; 1200) in accordance with the character information; and marking the material with the laser beam by directing the laser beam to dwell at the locations (1010; 1020; 1030; 1210) and move between the locations (1010; 1020; 1030; 1210) without deactivating the laser beam. receiving user-specified character information corresponding to a mark to apply to the material with the laser beam; receiving a quality setting for the mark to apply to the material with the laser beam; obtaining a previously specified font definition (1000; 1200) that specifies character segments of characters, the character segments comprising straight line segments and curved line segments; selecting a pixel grid from a group of available pixel grids based on the quality setting; generating from the character segments a set of multiple spaced locations (1010; 1020; 1030; 1210) in the selected pixel grid based on the specified character segments of the font definition (1000; 1200) in accordance with the character information; and marking the material with the laser beam by directing the laser beam to dwell at the locations (1010; 1020; 1030; 1210) and move between the locations (1010; 1020; 1030; 1210) without deactivating the laser beam.
A cast in place method for the production of a fire resistant laminated glazing comprising a silicate based interlayer, which interlayer is formed by pouring a mixture comprising: i) an alkali metal silicate solution; and ii) a silica sol into a cavity between two opposed glass panes and allowing the mixture to cure without drying characterised in that the water content of the mixture is from 35 % to 43% by weight and the weight of organic material is from 2% to 20%. i) an alkali metal silicate solution; and ii) a silica sol
Protective arrangement for protecting electrical devices from overcurrent, wherein - the protective arrangement comprises an input (E, E1,.., E8) at which the protective arrangement is supplied with a current from a power supply, - the protective arrangement comprises an output (A, A1,..., A8) via which the current is passed on to the electrical device as output current, - the protective arrangement comprises a circuit breaker in a power line between the input (E, E1,.., E8) and the output (A, A1,..., A8) which interrupts the power line when a set tripping current is exceeded by a measured current (), wherein the protective arrangement comprises a current sensor which measures the current () in the power line when the device is connected, wherein the tripping current is adjustable on the basis of the measured current () to a value that is greater than the measured current () by a predefined difference () and wherein the protective arrangement comprises manual setting means in order to reduce or increase the tripping current stepwise or steplessly between an upper and a lower value, characterized in that the protective arrangement comprises optical and/or acoustic feedback signal means which gives the user feedback with a first signal form as to whether a threshold value determined on the basis of the respective value set for the tripping current is greater than the measured current (), while a second signal form that is different from the first signal form provides the user feedback as to whether the threshold value determined on the basis of the respective value set for the tripping current is lower than the measured current (). - the protective arrangement comprises an input (E, E1,.., E8) at which the protective arrangement is supplied with a current from a power supply, - the protective arrangement comprises an output (A, A1,..., A8) via which the current is passed on to the electrical device as output current, - the protective arrangement comprises a circuit breaker in a power line between the input (E, E1,.., E8) and the output (A, A1,..., A8) which interrupts the power line when a set tripping current is exceeded by a measured current (),
A device for drying and collecting a carbon nanotube product comprising: a drying part, which receives a carbon nanotube product to be dried and dries the product; a product collecting part, which is installed at the bottom of the drying part; a gas inlet part, which is installed between the drying part and the product collecting part, for flowing gas into the drying part; and an openable valve, which is installed between the drying part and the product collecting part, for introducing the product into the gas inlet part when the valve is opened, and wherein the valve has a plurality of opening parts allowing fluid communication, wherein the opening parts of the valve allow hot air gas flow from the gas inlet part into the drying part while preventing the product from discharging to the collecting part during the product drying process in the drying part while the valve is closed. a drying part, which receives a carbon nanotube product to be dried and dries the product; a product collecting part, which is installed at the bottom of the drying part; a gas inlet part, which is installed between the drying part and the product collecting part, for flowing gas into the drying part; and an openable valve, which is installed between the drying part and the product collecting part, for introducing the product into the gas inlet part when the valve is opened, and wherein the valve has a plurality of opening parts allowing fluid communication, wherein the opening parts of the valve allow hot air gas flow from the gas inlet part into the drying part while preventing the product from discharging to the collecting part during the product drying process in the drying part while the valve is closed.
A prosthesis for repositioning a target tissue, the target tissue comprising a connective tissue or muscle relative to a bone on which said target tissue acts, and the prosthesis comprising: a fixation portion having one or more fixation features configured to receive fixation elements for securing the implant to the bone; and a displacement portion having a first end connected to the fixation portion and a free end opposite the first end, the displacement portion having a bearing surface configured to atraumatically engage and reposition the target tissue relative to the bone; wherein the displacement portion has a base portion configured to engage the bone, characterised in that the displacement portion also has a cantilevered portion extending from the base portion to the free end, the cantilevered portion being configured to be spaced apart from bone when the base portion is engaging the bone. a fixation portion having one or more fixation features configured to receive fixation elements for securing the implant to the bone; and a displacement portion having a first end connected to the fixation portion and a free end opposite the first end, the displacement portion having a bearing surface configured to atraumatically engage and reposition the target tissue relative to the bone; wherein the displacement portion has a base portion configured to engage the bone, characterised in that the displacement portion also has a cantilevered portion extending from the base portion to the free end, the cantilevered portion being configured to be spaced apart from bone when the base portion is engaging the bone.
A system for treating disordered breathing comprising: a. an electrical pulse generator capable of providing electrical stimulation signals to a phrenic nerve (705, 712) or diaphragm of a patient at a predetermined signal frequency; b. a respiration sensor capable of sensing a signal representative of the patient's respiration; c. a frequency comparator that compares the spectral power of the sensed respiration signal over a stimulation frequency band (203, 303) to the spectral power of the sensed respiration signal over a respiratory frequency band (204, 304), wherein said stimulation frequency band (203, 303) comprises the predetermined signal frequency, is narrower than the respiratory frequency band (202, 302) and is included within the respiratory frequency band (202, 302); and d. power adjusting circuitry that adjusts the power of the electrical stimulation signals provided by the electrical pulse generation based on the comparison of the spectral power values. a. an electrical pulse generator capable of providing electrical stimulation signals to a phrenic nerve (705, 712) or diaphragm of a patient at a predetermined signal frequency; b. a respiration sensor capable of sensing a signal representative of the patient's respiration; c. a frequency comparator that compares the spectral power of the sensed respiration signal over a stimulation frequency band (203, 303) to the spectral power of the sensed respiration signal over a respiratory frequency band (204, 304), wherein said stimulation frequency band (203, 303) comprises the predetermined signal frequency, is narrower than the respiratory frequency band (202, 302) and is included within the respiratory frequency band (202, 302); and d. power adjusting circuitry that adjusts the power of the electrical stimulation signals provided by the electrical pulse generation based on the comparison of the spectral power values.
A pharmaceutical composition comprising roflumilast and a blend of water-miscible, pharmaceutically acceptable solvents, wherein said blend comprises diethylene glycol monoethyl ether and water, wherein said diethylene glycol monoethyl ether is in an amount of 10-30% (w/w), said water is in an amount of 20-90% (w/w), and wherein said roflumilast is in an amount of 0.05-2% w/w.
A resonant-mode power supply, comprising an assembly of switches (K1-K4) connected in a bridge or a half-bridge configuration, a series resonant circuit connected in the bridge or half bridge diagonal, a part of which is formed by a multi-winding inductor by means of which a load is connected, and a controller configured to stabilize output voltages (Uout) or currents (lout) by changing the switching frequency of the assembly of switches (K1, K2, K3, K4), characterized in that the series resonant circuit comprises an energy recirculation circuit comprising an inductor for limiting the resonant circuit quality factor, connected through a diode rectifier to the supply voltage node and in parallel to a resonant capacitance (C2; C2A, C2B) or to a resonant inductance and a current monitoring circuit configured to monitor the recirculation circuit current ( Ilim) and, by means of the controller, to change the switching frequency of the assembly of switches (K1, K2, K3, K4) in order to reduce power supplied to the resonant circuit upon exceeding a threshold value by the current ( Ilim) in the energy recirculation circuit.
Side member for a vehicle seat, in particular a motor vehicle seat, with a metallic frame section, wherein the frame section has an exposed supporting section for supporting a padding of the side member, wherein the supporting section is flexurally elastic and, in a normal position, protrudes from the frame section in order to support the padding, wherein at least one electrically controllable actuator is provided, which, by generating a force, transfers the supporting section from the normal position into a retracted position, the actuator has a wire made from a shape memory alloy, characterized in that, for connection to an earth conductor, the wire is connected at one end in an electrically conducting manner to the supporting section and at the other end to an electrical energy source.
A urinary catheter deployment system, comprising: a catheter pack defining an interior compartment and including a deformable or pierceable cover associated with the interior compartment; a rotatable spindle at least partially positioned within the interior compartment of the catheter pack; a urinary catheter at least partially positioned within the interior compartment of the catheter pack and associated with the spindle; and an introducer aid including at least one spindle engagement member configured to cooperate with the catheter pack to deform or pierce the cover and engage the spindle for deploying the urinary catheter from the catheter pack. a catheter pack defining an interior compartment and including a deformable or pierceable cover associated with the interior compartment; a rotatable spindle at least partially positioned within the interior compartment of the catheter pack; a urinary catheter at least partially positioned within the interior compartment of the catheter pack and associated with the spindle; and an introducer aid including at least one spindle engagement member configured to cooperate with the catheter pack to deform or pierce the cover and engage the spindle for deploying the urinary catheter from the catheter pack.
A system comprising a motor-driven vehicle and an apparatus configured to couple to the motor-driven vehicle, the motor-driven vehicle being movable in relation to a ground on which the vehicle moves, the motor-driven vehicle being configured, during operation, to provide an efficiency signal indicating a current efficiency of the motor-driven vehicle during the motion, wherein the motor-driven vehicle is further configured to provide a stop signal indicating an activation of vehicle breaks, the motor-driven vehicle comprising a vehicle wheel attached to an axle, wherein the vehicle wheel rotates upon a motion of the motor-driven vehicle as consequence of a friction of the motor-driven vehicle with the ground; the apparatus comprising: a driving wheel configured to couple to the vehicle wheel or to couple directly to the ground; a generator configured to generate electrical power based on a rotation of the driving wheel; a battery configured to store the generated electrical power; and a control unit configured to transform the generated electrical power to a predetermined level used for charging the battery, wherein the control unit is further configured to receive the efficiency signal from the motor-driven vehicle and is configured to control the generator and/or the battery to generate and to store more electrical power if the efficiency signal indicates a higher efficiency and to generate and store less electrical power if the efficiency signal indicates a lower efficiency, and wherein the control unit is further configured to receive the stop signal and to control the generator and/or the battery to increase the generation of electrical power upon the receipt of the stop signal. a driving wheel configured to couple to the vehicle wheel or to couple directly to the ground; a generator configured to generate electrical power based on a rotation of the driving wheel; a battery configured to store the generated electrical power; and a control unit configured to transform the generated electrical power to a predetermined level used for charging the battery, wherein the control unit is further configured to receive the efficiency signal from the motor-driven vehicle and is configured to control the generator and/or the battery to generate and to store more electrical power if the efficiency signal indicates a higher efficiency and to generate and store less electrical power if the efficiency signal indicates a lower efficiency, and wherein the control unit is further configured to receive the stop signal and to control the generator and/or the battery to increase the generation of electrical power upon the receipt of the stop signal.
A resin-linear organosiloxane block copolymer comprising: i) a linear block of repeating units having the formula B- n - wherein: B is a diorganopolysiloxane having an average of from 10 to 400 disiloxy units of the formula [R 1 2 SiO 2/2] A is a divalent organic group comprising at least one polyether group, and n is ≥ 1 ii) a resinous block of repeating units of the formula [R 2 SiO 3/2] arranged in non-linear blocks having a number average molecular weight of at least 500 g/mol, wherein R 1 is independently a C 1 to C 30 hydrocarbyl, R 2 is independently a C 1 to C 20 hydrocarbyl, each linear block is linked to at least one non-linear block by a divalent C 2 to C 12 hydrocarbylene group, and the organosiloxane block copolymer has a weight average molecular weight of at least 20,000 g/mole. i) a linear block of repeating units having the formula B- n - wherein: B is a diorganopolysiloxane having an average of from 10 to 400 disiloxy units of the formula [R 1 2 SiO 2/2] A is a divalent organic group comprising at least one polyether group, and n is ≥ 1 B is a diorganopolysiloxane having an average of from 10 to 400 disiloxy units of the formula [R 1 2 SiO 2/2] A is a divalent organic group comprising at least one polyether group, ii) a resinous block of repeating units of the formula [R 2 SiO 3/2] arranged in non-linear blocks having a number average molecular weight of at least 500 g/mol, wherein R 1 is independently a C 1 to C 30 hydrocarbyl, R 2 is independently a C 1 to C 20 hydrocarbyl, each linear block is linked to at least one non-linear block by a divalent C 2 to C 12 hydrocarbylene group, and the organosiloxane block copolymer has a weight average molecular weight of at least 20,000 g/mole.
A secure multilayer structure, comprising: a base layer; a first opaque masking layer made out of a sheet of plastic or polymer and comprising a window opened in the first masking layer, said window comprising an edge; and a security element including a photoluminescent agent positioned between the base layer and the first masking layer, adjacent to the window edge, the security element configured such that when the window edge is illuminated, the photoluminescent agent re-radiates luminescent light via the window, wherein the base layer comprises at least one of a laser-engraved and printed region facing the window, characterised in that the base layer is made out of an opaque sheet of plastic or polymer. a base layer; a first opaque masking layer made out of a sheet of plastic or polymer and comprising a window opened in the first masking layer, said window comprising an edge; and a security element including a photoluminescent agent positioned between the base layer and the first masking layer, adjacent to the window edge, the security element configured such that when the window edge is illuminated, the photoluminescent agent re-radiates luminescent light via the window, wherein the base layer comprises at least one of a laser-engraved and printed region facing the window, characterised in that the base layer is made out of an opaque sheet of plastic or polymer.
An apparatus for automated valet parking, the apparatus comprising: a processor configured to perform a computation; and a transceiver configured to transmit and receive data, wherein the apparatus is configured to receive a pickup request for a vehicle, determine whether a pickup condition is satisfied after receiving the pickup request, and transmit to the vehicle a guide route that guides the vehicle from a parking space to a pickup zone when it is determined that the pickup condition is satisfied, and wherein the apparatus is further configured to determine a pickup procedure starting area on the basis of a location of the parking place of the vehicle and a location of the pickup zone, transmit information on the pickup procedure starting area to a terminal, and determine that the pickup condition is satisfied in a case where the apparatus receives a final pickup request from the terminal. a processor configured to perform a computation; and a transceiver configured to transmit and receive data, wherein the apparatus is configured to receive a pickup request for a vehicle, determine whether a pickup condition is satisfied after receiving the pickup request, and transmit to the vehicle a guide route that guides the vehicle from a parking space to a pickup zone when it is determined that the pickup condition is satisfied, and wherein the apparatus is further configured to determine a pickup procedure starting area on the basis of a location of the parking place of the vehicle and a location of the pickup zone, transmit information on the pickup procedure starting area to a terminal, and determine that the pickup condition is satisfied in a case where the apparatus receives a final pickup request from the terminal.