mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an optical fiber configured to deliver laser energy to a target area within a patient, the optical fiber being sufficiently flexible such that the optical fiber can be moved from a first configuration in which a distal end portion of the optical fiber is substantially linear and defines a longitudinal axis to a second configuration in which the distal end portion of the optical fiber is deflected off its longitudinal axis; a sheath coupled to the optical fiber and configured to move the optical fiber between its first configuration and its second configuration, the optical fiber being disposed within a lumen of the sheath being formed with a shape-memory material and having a distal end portion biased into a curved configuration; and an outer tubular member comprising a lumen for slidably receiving the sheath, wherein, when the distal end portion of the sheath is disposed within the lumen of the outer tubular member, the sheath is maintained in a linear configuration, and when the distal end portion of the sheath is disposed outside the lumen of the outer tubular member, the sheath assumes its biased curved configuration, such that the optical fiber is moved from its first configuration to its second configuration. an optical fiber configured to deliver laser energy to a target area within a patient, the optical fiber being sufficiently flexible such that the optical fiber can be moved from a first configuration in which a distal end portion of the optical fiber is substantially linear and defines a longitudinal axis to a second configuration in which the distal end portion of the optical fiber is deflected off its longitudinal axis; a sheath coupled to the optical fiber and configured to move the optical fiber between its first configuration and its second configuration, the optical fiber being disposed within a lumen of the sheath being formed with a shape-memory material and having a distal end portion biased into a curved configuration; and an outer tubular member comprising a lumen for slidably receiving the sheath, wherein, when the distal end portion of the sheath is disposed within the lumen of the outer tubular member, the sheath is maintained in a linear configuration, and when the distal end portion of the sheath is disposed outside the lumen of the outer tubular member, the sheath assumes its biased curved configuration, such that the optical fiber is moved from its first configuration to its second configuration.
A distributed power generation system interactively connected to a power supply utility, said distributed power generation system comprising: a power generation unit configured to generate DC power; a power converter configured to convert the DC power from the power generation unit into AC power, hereinafter referred to as first power, and configured to output the first power to a power load; a power measuring device configured to measure electric power, hereinafter referred to as second power, supplied from the power supply utility to the power load; characterized by an abnormality detector configured to detect an abnormality of the connected state of the power measuring device by controlling an operation of the power converter; wherein the power measuring device includes a current measuring device (109a, 109b) configured to measure a current value of the second power and a voltage measuring device configured to measure a voltage value between electric wires connecting the power converter to the power supply utility; and the abnormality detector is configured to control the power converter such that active power of the first power is maintained at a constant value and reactive power of the first power is changed, and is further configured to detect the abnormality of the power measuring device based on whether or not a change in the reactive power of the first power and a change in the second power measured by the power measuring device are synchronized with each other, when the reactive power of the first power is changed. a power generation unit configured to generate DC power; a power converter configured to convert the DC power from the power generation unit into AC power, hereinafter referred to as first power, and configured to output the first power to a power load; a power measuring device configured to measure electric power, hereinafter referred to as second power, supplied from the power supply utility to the power load; characterized by an abnormality detector configured to detect an abnormality of the connected state of the power measuring device by controlling an operation of the power converter; wherein the power measuring device includes a current measuring device (109a, 109b) configured to measure a current value of the second power and a voltage measuring device configured to measure a voltage value between electric wires connecting the power converter to the power supply utility; and the abnormality detector is configured to control the power converter such that active power of the first power is maintained at a constant value and reactive power of the first power is changed, and is further configured to detect the abnormality of the power measuring device based on whether or not a change in the reactive power of the first power and a change in the second power measured by the power measuring device are synchronized with each other, when the reactive power of the first power is changed.
A bra comprising: a front portion; a back portion; a pair of side portions (114, 115) connecting the front portion and the back portion of the bra; an underband portion extending from a lower margin of the front portion, the back portion, and the pair of side portions (114, 115) of the bra, the underband portion comprising at least a first layer of material and a second layer of material positioned adjacent and external to the first layer of material; and a first pocket space formed between the first layer of material and the second layer of material of the underband portion, wherein the first layer of material of the underband portion has a least a first perimeter edge and wherein the second layer of material of the underband portion has at least a second perimeter edge, characterized in that the first perimeter edge of the first layer of material is continuously affixed to the lower margin (128, 135, 212) of the front portion, the back portion, and the pair of side portions (114, 115), wherein the second perimeter edge of the second layer of material is continuously affixed to the lower margin (128, 135, 212) of the front portion, the back portion, and the pair of side portions (114, 115) except for at least a first area where the second perimeter edge of the second layer of material is unaffixed to the lower margin of the front portion. a front portion; a back portion; a pair of side portions (114, 115) connecting the front portion and the back portion of the bra; an underband portion extending from a lower margin of the front portion, the back portion, and the pair of side portions (114, 115) of the bra, the underband portion comprising at least a first layer of material and a second layer of material positioned adjacent and external to the first layer of material; and a first pocket space formed between the first layer of material and the second layer of material of the underband portion, wherein the first layer of material of the underband portion has a least a first perimeter edge and wherein the second layer of material of the underband portion has at least a second perimeter edge, characterized in that the first perimeter edge of the first layer of material is continuously affixed to the lower margin (128, 135, 212) of the front portion, the back portion, and the pair of side portions (114, 115), wherein the second perimeter edge of the second layer of material is continuously affixed to the lower margin (128, 135, 212) of the front portion, the back portion, and the pair of side portions (114, 115) except for at least a first area where the second perimeter edge of the second layer of material is unaffixed to the lower margin of the front portion.
Device for hanging an exhibition model (10, 11, 12) of a wall-mounted shower system on a display wall, comprising: - a support comprising a front panel that is essentially rectangular and is bounded by two longitudinal lateral edges (35, 36), a lower transverse edge and an upper transverse edge, the front panel having, cut into it, a longitudinal main slot, and a pair of cutouts which each define a circular opening and which are created close to the lower edge, transversely on either side of the main slot; - the support comprising a pair of lateral rails that extend at right angles from the lateral edges of the panel, characterized in that said device further comprises a secondary slot that extends transversely close to the upper edge, on either side of the main slot, and at least one hook that is secured to the support so as to hang the latter on a load-bearing bar mounted on the display wall, where each hook is integrated into the support and is formed by a notch created in a lateral rail. - a support comprising a front panel that is essentially rectangular and is bounded by two longitudinal lateral edges (35, 36), a lower transverse edge and an upper transverse edge, the front panel having, cut into it, a longitudinal main slot, and a pair of cutouts which each define a circular opening and which are created close to the lower edge, transversely on either side of the main slot; - the support comprising a pair of lateral rails that extend at right angles from the lateral edges of the panel, characterized in that said device further comprises a secondary slot that extends transversely close to the upper edge, on either side of the main slot, and at least one hook that is secured to the support so as to hang the latter on a load-bearing bar mounted on the display wall, where each hook is integrated into the support and is formed by a notch created in a lateral rail.
A hand-held injection device (100, 200, 300, 800) for soft tissue comprising: a cartridge (607, 700) suitable for containing a dermal filler material and couplable to a needle (112, 706); a shell (101, 301, 800a) structured to contain the cartridge (607, 700); a dilutant or solvent container fluidly coupled to the cartridge (607, 700); means for mixing the dermal filler material with the solvent or dilutant to create a product to be injected into soft tissue of a patient; a drive mechanism including a motor (910, 1120) and a piston for moving the product from the cartridge (607, 700) through the needle (112, 706); a power source for activating the drive mechanism; and a user-programmable controller coupled to the drive mechanism, where a user-defined injection rate of the product can be set; wherein the device (100, 200, 300, 800) is capable of injecting the product at the user-defined injection rate. a cartridge (607, 700) suitable for containing a dermal filler material and couplable to a needle (112, 706); a shell (101, 301, 800a) structured to contain the cartridge (607, 700); a dilutant or solvent container fluidly coupled to the cartridge (607, 700); means for mixing the dermal filler material with the solvent or dilutant to create a product to be injected into soft tissue of a patient; a drive mechanism including a motor (910, 1120) and a piston for moving the product from the cartridge (607, 700) through the needle (112, 706); a power source for activating the drive mechanism; and a user-programmable controller coupled to the drive mechanism, where a user-defined injection rate of the product can be set; wherein the device (100, 200, 300, 800) is capable of injecting the product at the user-defined injection rate.
Assembly for the data linking of a real, trigger-actuated weapon and the firing channel thereof to computer-generated, virtual objects (O i; i=1,2,... N), comprising a simulation computing unit for generating computer-generated virtual objects (O i), a wearable display device for overlaying the computer-generated virtual objects (O i) generated by the simulation computing unit in the field of view perceived by the marksman, and a position sensor mounted on the weapon for determining the current spatial position of the weapon, a trigger actuation detector which can be triggered by actuation of the trigger of the weapon, and a camera for detecting optical markings of the weapon, characterized in that the wearable display device is transparent data glasses with the field of view of a real environment, and the camera is arranged on the display device for recording camera images of the field of view of the real environment perceived by the marksman, wherein the position sensor, the camera and the trigger actuation detector are connected to a computing unit for determining the distance position of the weapon from the display device with the aid of the optical marking of the weapon detected by the camera images on the basis of the distance position in changed size, and for calculating the firing channel from the spatial position and the distance position of the weapon determined by measuring the detected optical marking and comparison with the known size of the optical marking by means of mathematical methods known per se, and the computing unit is connected to the simulation computing unit by data technology.
An image forming apparatus comprising: an apparatus body; an image forming device (20,30) disposed detachably attached to the apparatus body; a sheet conveying path (U1-U5) through which a recording medium travels in the image forming device (20,30); a roller (R1-R3) disposed along the sheet conveying path (U1-U5); a rotary body configured to rotate the roller (R1-R3) manually to remove the recording medium in paper jam; a rotation detecting portion configured to detect the number of rotations of the rotary body; and a controller configured to determine whether or not the rotary body has been turned by a predetermined number of rotations; and a guiding device (600,600A) including: a sheet detector (S1-S5) disposed along the sheet conveying path (U1-U5) to detect the recording medium passing through the sheet conveying path (U1-U5); and a guide (LED1-LED9) configured to suggest removal of the image forming device (20,30) to remove the recording medium in paper jam when the sheet detector (S1-S5) no longer detects the recording medium, characterized in that the guide (LED1-LED9) is configured to suggest removal of the image forming device (20,30) when the sheet detector (S1-S5) detects the recording medium after the predetermined number of rotations of the rotary body. an apparatus body; an image forming device (20,30) disposed detachably attached to the apparatus body; a sheet conveying path (U1-U5) through which a recording medium travels in the image forming device (20,30); a roller (R1-R3) disposed along the sheet conveying path (U1-U5); a rotary body configured to rotate the roller (R1-R3) manually to remove the recording medium in paper jam; a rotation detecting portion configured to detect the number of rotations of the rotary body; and a controller configured to determine whether or not the rotary body has been turned by a predetermined number of rotations; and a guiding device (600,600A) including: a sheet detector (S1-S5) disposed along the sheet conveying path (U1-U5) to detect the recording medium passing through the sheet conveying path (U1-U5); and a guide (LED1-LED9) configured to suggest removal of the image forming device (20,30) to remove the recording medium in paper jam when the sheet detector (S1-S5) no longer detects the recording medium, characterized in that the guide (LED1-LED9) is configured to suggest removal of the image forming device (20,30) when the sheet detector (S1-S5) detects the recording medium after the predetermined number of rotations of the rotary body. a sheet detector (S1-S5) disposed along the sheet conveying path (U1-U5) to detect the recording medium passing through the sheet conveying path (U1-U5); and a guide (LED1-LED9) configured to suggest removal of the image forming device (20,30) to remove the recording medium in paper jam when the sheet detector (S1-S5) no longer detects the recording medium, characterized in that the guide (LED1-LED9) is configured to suggest removal of the image forming device (20,30) when the sheet detector (S1-S5) detects the recording medium after the predetermined number of rotations of the rotary body.
A listening device configured to be inserted in an ear canal of a user, said listening device comprising: a housing for enclosing an energy source and a microphone; a speaker; a wax-filter; and electronic components of the listening device, wherein at least one of said microphone, speaker or wax-filter comprises an electric contact part, which is physically accessible through an opening in the housing, and characterized in that said energy source or one of the electronic components which is configured as a programmable component, at least in a specific connected mode, is electrically connected to said electric contact part of at least one of said microphone, speaker or wax-filter, whereby an electric connection from an external device to said electronic component and/or to said energy source of the listening device can be established. a housing for enclosing an energy source and a microphone; a speaker; a wax-filter; and electronic components of the listening device, wherein at least one of said microphone, speaker or wax-filter comprises an electric contact part, which is physically accessible through an opening in the housing, and characterized in that said energy source or one of the electronic components which is configured as a programmable component, at least in a specific connected mode, is electrically connected to said electric contact part of at least one of said microphone, speaker or wax-filter, whereby an electric connection from an external device to said electronic component and/or to said energy source of the listening device can be established.
A dry vacuum pump with an abatement function comprising: a dry pump configured to evacuate exhaust gas from a tool; an abatement module configured to detox the exhaust gas evacuated by the dry pump; and a flow path configured to connect the dry pump and the abatement module directly to each other in an undetachable manner. a dry pump configured to evacuate exhaust gas from a tool; an abatement module configured to detox the exhaust gas evacuated by the dry pump; and a flow path configured to connect the dry pump and the abatement module directly to each other in an undetachable manner.
A process for the preparation of compound of Formula IX, wherein R is halogen, alkyl or alkoxy group; and Ar is aryl group, substituted or unsustituted monocyclic, polycyclic or heterocyclic ring selected from the residues A, B, C or D as given below, which process comprises, a) treating the compound 2,3,4,6-tetra-O-benzyl-D-glucopyranose of Formula VI, with aryl halide compound of Formula VII wherein Ar and R is as previously defined and X is any halogen group selected from Cl, Br, or I in presence of sodium hypochlorite solution, a strong base and organic solvent at a temperature in the range of -80°C to 0°C to isolate an intermediate compound of Formula I; wherein Bn is Benzyl group; R 1 is hydrogen or methyl; and R and Ar are as defined above. b) reacting the intermediate compound of Formula I with a reducing reagent and boron trifluoride-diethyl etherate in presence of solvent to obtain the intermediate compound of Formula VIII; where R and Ar are as defined above. c) purifying the compound of formula VIII from a solvent to obtain compound of formula VIIIa; and wherein R, Ar and Bn are same as previously defined d) deprotecting the intermediate compound of Formula VIIIa to isolate compound of Formula IX. a) treating the compound 2,3,4,6-tetra-O-benzyl-D-glucopyranose of Formula VI, with aryl halide compound of Formula VII wherein Ar and R is as previously defined and X is any halogen group selected from Cl, Br, or I in presence of sodium hypochlorite solution, a strong base and organic solvent at a temperature in the range of -80°C to 0°C to isolate an intermediate compound of Formula I; wherein Bn is Benzyl group; R 1 is hydrogen or methyl; and R and Ar are as defined above. wherein Bn is Benzyl group; R 1 is hydrogen or methyl; and R and Ar are as defined above. b) reacting the intermediate compound of Formula I with a reducing reagent and boron trifluoride-diethyl etherate in presence of solvent to obtain the intermediate compound of Formula VIII; where R and Ar are as defined above. c) purifying the compound of formula VIII from a solvent to obtain compound of formula VIIIa; and wherein R, Ar and Bn are same as previously defined d) deprotecting the intermediate compound of Formula VIIIa to isolate compound of Formula IX.
A chip card (100, 100b, 100c) for secure transaction, comprising at least one EMV type secure chip (101, 101b, 101c), provided with a communication interface in order to communicate with a card reader in order to perform a transaction, characterised in that the card further comprises: - an electronic display, - an autonomous battery, - a reader circuit (150, 150b, 150c) connected to the communication interface of the secure chip, comprising a control circuit for controlling the electronic display and a microcontroller configured to control the reading of information contained in the secure chip and its display by the control circuit on the electronic display. - an electronic display, - an autonomous battery, - a reader circuit (150, 150b, 150c) connected to the communication interface of the secure chip, comprising a control circuit for controlling the electronic display and a microcontroller configured to control the reading of information contained in the secure chip and its display by the control circuit on the electronic display.