mhurhangee/ep-ind-claims huggingface dataset:
A firearm comprising a frame having a cartridge feed, a breechblock, a firing mechanism having a trigger as well as optionally a magazine shaft for holding a magazine, and an assembly of two barrels (6, 7) arranged over each other, characterized in that the upper barrel is longer than the lower barrel, and that there are provided on the assembly of the two barrels (6, 7) guide tabs guided in corresponding control tracks (9, 10) in the frame for movement of the two barrels (6, 7) along the control tracks (9, 10) between two end positions, wherein upon reaching the respective end positions, one of the two barrels (6, 7) alternately aligns with the cartridge feed and thus forms the active barrel, which can be locked in this position.
A free-space lasing system for generating a laser beam, said system comprising: a power transmitting unit comprising a first retroreflector, and having an angular field of view; at least one power receiver unit comprising a second retroreflector, and remotely located relative to said power transmitting unit; a gain medium disposed between said first and second retroreflectors, in proximity to said first retroreflector of said power transmitting unit; and an element for extracting energy from said beam, characterised in that said system further comprises at least one adaptive optical element positioned between said second retroreflector and said gain medium, said adaptive optical element comprising an automatically adjustable focussing element, said adaptive optical element being configured to maintain stable resonator modes between said first and second retroreflectors, by compensating for change in resonator configuration arising from motion of said power receiver unit. a power transmitting unit comprising a first retroreflector, and having an angular field of view; at least one power receiver unit comprising a second retroreflector, and remotely located relative to said power transmitting unit; a gain medium disposed between said first and second retroreflectors, in proximity to said first retroreflector of said power transmitting unit; and an element for extracting energy from said beam,
Luminaire comprising at least one connection device (10, 10'), wherein the connection device (10, 10') comprises a base connected to a housing of the luminaire; wherein the base has at least one circumferential circular contact surface which is adapted to be inserted into a corresponding circular recess in a wall portion of the housing of the luminaire, and the contact surface can be brought into contact with the recess in the housing of the luminaire in such a way that the base is rotatably arranged in the recess in the housing of the luminaire, wherein the base has an opening which, in the connected state of the base and the housing, is arranged so as to be inclined relative to the recess in the housing and which is adapted to receive a grommet formed as a hollow body with an outer cable opening and an inner cable opening, and wherein the connection device (10, 10') is designed as an integral, one-piece component. wherein the connection device (10, 10') comprises a base connected to a housing of the luminaire; wherein the base has at least one circumferential circular contact surface which is adapted to be inserted into a corresponding circular recess in a wall portion of the housing of the luminaire, and the contact surface can be brought into contact with the recess in the housing of the luminaire in such a way that the base is rotatably arranged in the recess in the housing of the luminaire, wherein the base has an opening which, in the connected state of the base and the housing, is arranged so as to be inclined relative to the recess in the housing and which is adapted to receive a grommet formed as a hollow body with an outer cable opening and an inner cable opening, and wherein the connection device (10, 10') is designed as an integral, one-piece component.
A holder for mounting an information display on a rod on a medical device in the form of a rectangular frame, consisting of a base plate and an mounted plate, wherein the base plate and the mounted plate are detachably connected to one another by means of plug and clamping devices (130, 140, 170, 180), and wherein the holder comprises at least two means for fastening (155, 160) on the rod, designed in one piece on the base plate or on the mounted plate, characterized in that protrusions are designed vertically to the main surface of the mounted plate on three outside edges of the mounted plate, serving as spacers from the base plate.
A polymerizable composition comprising - a polythiol compound having at least three mercapto groups; and - a polyiso(thio)cyanate which is at least one of tolylene diisocyanate, 4,4'-diphenylmethane diisocyanate, and phenylene diisocyanate, wherein the thiol equivalent ratio which is a measured value of a thiol equivalent of the polythiol compound with respect to a theoretical value of the thiol equivalent and is as defined in the description, is 0.975-0.995. - a polythiol compound having at least three mercapto groups; and - a polyiso(thio)cyanate which is at least one of tolylene diisocyanate, 4,4'-diphenylmethane diisocyanate, and phenylene diisocyanate,
An injection device of fluid product comprising a syringe body and a needle fixed in an axial end projection of the syringe body, said end projection comprising an axial end surface and a radial shoulder, said injection device comprising a needle protection device, said protection device being, in a storage position, fixed on said injection device, said protection device being removable from said injection device, said protection device comprising an inner body made of substantially supple and/or deformable material and an outer body made of substantially rigid material, said inner body, in a storage position, sealingly closing the distribution orifice of said needle and sealingly cooperating with said injection device, said outer body comprising a fixing part which, in a storage position, cooperates by snap fastening with said radial shoulder of said end projection to fix said protection device onto said injection device, said inner body comprises a proximal axial end edge adapted, in a storage position, to sealingly cooperate with the syringe body only with said axial end surface, and said inner body being made of material having the following properties: a hardness greater than 55 Shore A, in particular greater than 60 Shore A, an elasticity greater than 8 MPa, in particular greater than 10 MPa, a compression set less than 30%, in particular less than 25%, a density greater than 1, in particular greater than 1.3.
Apparatus (9; 34; 37) for interacting with a medical device that is suitable for connection into a communication network that comprises at least one insecure area and a secure area on the device side, wherein the apparatus comprises transmission means (12; 44, 45) for transmitting communication packets to and from the medical device via the communication network, comprises monitoring means (13; 42, 43) for monitoring the state of the connection of the device to the network, and comprises interruption means (14; 40, 41) for breaking an existing connection between the secure area and the insecure area of the network if, during the monitoring process, a state of the network connection is detected that poses a risk to a patient treated with the device or to the correct functioning of the device, characterised in that the apparatus comprises a redundant architecture that is designed to achieve a higher degree of security, wherein the redundant architecture is composed of at least one working channel formed by the transmission means (12; 44, 45) that is arranged to transmit communication packets, and at least one monitoring channel formed by the monitoring means (13; 42, 43) that is arranged to monitor the correct functioning of the working channel, is constructed in separate subsystems (35, 36; 38, 39), and a model of the function of the transmission means (12; 44; 45) is integrated in the monitoring means (13; 42, 43) and the monitoring means (13; 42, 43) are arranged to check the correct functioning of the transmission means (12; 44; 45) on the basis of an evaluation of information originating from other subsystems.
Centrifuge, in particular laboratory centrifuge, comprising a swing-out rotor (12; 50) which is driven by drive means, has an axis of rotation and has one or more suspended elements (30; 52), preferably buckets, which have a suspended element longitudinal axis, and a rotor hub for coupling to the drive means, wherein the suspended element (30; 52) is mounted so as to swing out between two rotor arms of a rotor base body, wherein a swung-out state is present in which the suspended element longitudinal axis extends perpendicularly to the axis of rotation of the swing-out rotor, wherein the rotor arms comprise recesses into which the suspended element and/or sample containers accommodated therein dip at least in sections in the swung-out state, characterised in that the recesses cover a region of the rotor arms which corresponds, with respect to the radius of the swing-out rotor, to half the distance between the axis of rotation of the swing-out rotor and the support of the suspended element (30; 52).
A method comprising: directing light from a borehole wall to a multivariate optical element (105; 405; 805), the multivariate optical element being an optical device that performs a computation on received light in an interaction with the received light; analyzing light output from the multivariate optical element in response to the multivariate optical element receiving the light from the borehole wall; and determining a property associated with the borehole wall from analyzing the light output from the multivariate optical element. directing light from a borehole wall to a multivariate optical element (105; 405; 805), the multivariate optical element being an optical device that performs a computation on received light in an interaction with the received light; analyzing light output from the multivariate optical element in response to the multivariate optical element receiving the light from the borehole wall; and determining a property associated with the borehole wall from analyzing the light output from the multivariate optical element.
An apparatus for removing solid particles from a liquid, comprising: a substantially round shell (11, 22) forming a chamber having an inlet located within said shell (11, 22) and an outlet located within said shell (11, 22), said outlet being elevated from said inlet, said shell (11, 22) defining a particle extraction area; an outlet flume (55, 65) extending from said outlet and having a floor overhanging a portion of the particle extraction area; and a particle collection area located centrally of said particle extraction area; wherein said inlet is configured to direct liquid tangentially into said shell (11, 22) and wherein, from said inlet in the shell (11, 22), a vertical wall extends across the chamber to an inlet opening, where the grit-laden liquid enters the chamber, wherein an influent tunnel (13, 22, 45, 47) is formed by a top, which is the bottom of the outlet flume, the vertical wall, a floor and the shell and a lower channel of flow is deflected by the vertical wall and forced upwardly into the upper half of the liquid height. a substantially round shell (11, 22) forming a chamber having an inlet located within said shell (11, 22) and an outlet located within said shell (11, 22), said outlet being elevated from said inlet, said shell (11, 22) defining a particle extraction area; an outlet flume (55, 65) extending from said outlet and having a floor overhanging a portion of the particle extraction area; and a particle collection area located centrally of said particle extraction area; wherein said inlet is configured to direct liquid tangentially into said shell (11, 22) and wherein, from said inlet in the shell (11, 22), a vertical wall extends across the chamber to an inlet opening, where the grit-laden liquid enters the chamber, wherein an influent tunnel (13, 22, 45, 47) is formed by a top, which is the bottom of the outlet flume, the vertical wall, a floor and the shell and a lower channel of flow is deflected by the vertical wall and forced upwardly into the upper half of the liquid height.
Lock cylinder comprising a rotatable cylinder core which has a symmetric key channel, an attachment element which has a passage connected to the key channel being arranged adjacent to and before the cylinder core in the key insertion direction, and the passage being designed such that the key channel is partially covered by the attachment element, characterized in that the key channel is suitable for receiving a reversible key, and in that the key channel is designed to be point-symmetric with the period of 180° with respect to the longitudinal axis thereof.
A system for connecting two parts, comprising: - at least one interconnecting strap for connecting both parts, - a first part (4, 5) comprising a field of parallel straps, the straps being fixed to the first part at fixation places such that the distance between two fixation places is greater than the width of the interconnecting strap, so that tunnels are created for the interconnecting strap; - a second part comprising a first field and a second field of parallel straps, the straps of the first field being perpendicular to the straps of the second field, so that the two fields partially overlap each other on an area of at least 50% of their surface, the width of the straps of the second field being 10 to 25% of the width of the straps of the first field, the straps of the first field and the straps of the second field being connected to the second part by sutures designed as a row of stiches in the direction perpendicular to the longitudinal direction of the respective strap, so that the straps of the first and second fields are fixed to the second part at fixation places such that the distance between two fixation places is greater than the width of the interconnecting strap, so that tunnels are created for the interconnecting strap, wherein the sutures of the straps of the first field are made under the crossing with the straps of the second field. - at least one interconnecting strap for connecting both parts, - a first part (4, 5) comprising a field of parallel straps, the straps being fixed to the first part at fixation places such that the distance between two fixation places is greater than the width of the interconnecting strap, so that tunnels are created for the interconnecting strap; - a second part comprising a first field and a second field of parallel straps, the straps of the first field being perpendicular to the straps of the second field, so that the two fields partially overlap each other on an area of at least 50% of their surface, the width of the straps of the second field being 10 to 25% of the width of the straps of the first field, the straps of the first field and the straps of the second field being connected to the second part by sutures designed as a row of stiches in the direction perpendicular to the longitudinal direction of the respective strap, so that the straps of the first and second fields are fixed to the second part at fixation places such that the distance between two fixation places is greater than the width of the interconnecting strap, so that tunnels are created for the interconnecting strap, wherein the sutures of the straps of the first field are made under the crossing with the straps of the second field.
A laundry washing machine comprising: - a body having an access opening; - a wash tub housed within said body, said wash tub comprising an opening for loading and unloading laundry; - a drum rotatably mounted within said wash tub, said drum comprising an opening for loading and unloading laundry, said opening being closed by a door; - a water recirculation device, said water recirculation device comprising a water recirculation pump circulating water inside said wash tub; wherein said water recirculation pump is turned off when said drum is being rotated in a first direction of rotation, and in that said water recirculation pump is turned on when said drum is being rotated in a second direction of rotation, characterised in that the first direction of rotation of said drum produces a decrease in the quantity of water in the lower part of said wash tub greater than the second direction of rotation of said drum, and in that said first direction of rotation of said drum corresponds to the direction of rotation of said drum wherein a water retention area formed at least partly on the peripheral contour of the drum drives the water present in the lower part of said wash tub. - a body having an access opening; - a wash tub housed within said body, said wash tub comprising an opening for loading and unloading laundry; - a drum rotatably mounted within said wash tub, said drum comprising an opening for loading and unloading laundry, said opening being closed by a door; - a water recirculation device, said water recirculation device comprising a water recirculation pump circulating water inside said wash tub;
A dual-voltage electronic cigarette control assembly, comprising a casing of the control assembly, a control circuit board, and a key switch comprising one key and two switches (K1, K2), each of the switches (K1, K2) corresponding to a first voltage and a second voltage, respectively, wherein values of the first voltage and the second voltage are stable and preset, wherein the control circuit board is fixed into the casing by a fixing unit, and the key switch is electrically connected to the control circuit board, characterized in that the control circuit board is provided with a power managing module configured for outputting the first voltage or the second voltage alternatively and the power managing module comprises a main chip (U 1) electrically connected to the key switch, and a power managing chip (Q 8); wherein the main chip (U 1) is configured for outputting a corresponding pulse width modulation signal according to a key switch selection signal and a battery cell voltage signal, and the power managing chip (Q 8) is configured for outputting the first voltage or the second voltage to a heating coil connected to an end F+ according to the pulse width modulation signal.
An oral pharmaceutical composition in the form of a sustained-release tablet comprising: - at least one active ingredient likely to be misused for drug addiction purposes; - a mixture of polyvinyl acetate and polyvinylpyrrolidone, - xanthan gum, - a carbomer. - at least one active ingredient likely to be misused for drug addiction purposes; - a mixture of polyvinyl acetate and polyvinylpyrrolidone, - xanthan gum, - a carbomer.
A silicone gel adhesive construction comprising: (a)a porous backing being a woven fabric, a knitted fabric, a nonwoven fabric, a melt-blown web, a spun-bonded web, a thermal-bonded web, a spun-laced web, paper, and a thermally-embossed nonwoven fabric, (b)an acrylic copolymer pressure sensitive adhesive layer on and sealing at least 75% of one side of the porous backing, and (c)a cured silicone gel adhesive on the pressure sensitive adhesive layer, wherein the silicone gel adhesive is formed from a hydrosilation reaction between an alpha-omega vinyl terminated polydimethyl siloxane and a Si-H containing siloxane catalyzed by a platinum catalyst. (a)a porous backing being a woven fabric, a knitted fabric, a nonwoven fabric, a melt-blown web, a spun-bonded web, a thermal-bonded web, a spun-laced web, paper, and a thermally-embossed nonwoven fabric, (b)an acrylic copolymer pressure sensitive adhesive layer on and sealing at least 75% of one side of the porous backing, and (c)a cured silicone gel adhesive on the pressure sensitive adhesive layer, wherein the silicone gel adhesive is formed from a hydrosilation reaction between an alpha-omega vinyl terminated polydimethyl siloxane and a Si-H containing siloxane catalyzed by a platinum catalyst.
Apparatus for adjusting a sound location (31, 47) of an audio system in an interior of a motor vehicle, wherein the sound location (31, 47) is the location of the best stereo listening or the location of loudest volume, comprising a display apparatus, a control unit coupled to the display apparatus and controlling a graphical depiction on the display apparatus, and an operator control device coupled to the control unit for capturing user inputs by means of which two parameters for stipulating the sound location are adjustable, wherein preferably during the adjustment by means of the control unit the sound location (31', 47') is depicted graphically on a display panel of the display apparatus, characterized in that the operator control device is a value control by means of which the two parameters for stipulating the sound location are capturable at successive times and separately and wherein the value control specifies, on the basis of operation by a user, a parameter value by means of a value setting of the value control, and the control unit is configured to capture an adjustment of the one of the parameters in an adjustment mode for the one of the parameters by means of a value setting of the value control and, after the capture of the adjustment of the one of the parameters in the one adjustment mode for the one of the parameters by means of the value setting of the value control, to automatically change to an adjustment mode for the other of the parameters, capturable by means of a further value setting of the value control, the one and the other of the parameters being a balance value and a fader value.
A system for determining a shaft misalignment in a train of turbomachinery components (12, 14, 16) with serially coupled rotating shafts (24, 26, 28), comprising: a sensor (30A, 30B, and 30C) affixable to a component (12, 14, 16) of the train proximate a rotating shaft (24, 26, 28), wherein the sensor (30A, 30B, and 30C) is configured to collect vibration data along an axial direction of the rotating shaft (24, 26, 28); a frequency analyzer for generating frequency domain data from the vibration data; and an analysis system configured for analyzing a frequency component (12, 14, 16) of the frequency domain data at one times a rotational frequency of the rotating shaft (24, 26, 28) and configured to identify a misalignment between the rotating shaft (24, 26, 28) and an adjacently coupled rotating shaft (24, 26, 28) based on the analysed frequency domain data and the rotational frequency. a sensor (30A, 30B, and 30C) affixable to a component (12, 14, 16) of the train proximate a rotating shaft (24, 26, 28), wherein the sensor (30A, 30B, and 30C) is configured to collect vibration data along an axial direction of the rotating shaft (24, 26, 28); a frequency analyzer for generating frequency domain data from the vibration data; and an analysis system configured for analyzing a frequency component (12, 14, 16) of the frequency domain data at one times a rotational frequency of the rotating shaft (24, 26, 28) and configured to identify a misalignment between the rotating shaft (24, 26, 28) and an adjacently coupled rotating shaft (24, 26, 28) based on the analysed frequency domain data and the rotational frequency.