mhurhangee/ep-ind-claims huggingface dataset:
A machine tool comprising: a tool attachment unit including a tool insertion portion having a shape of an opening into which a shank of a tool is inserted, the tool attachment unit being configured to attach a tool thereto; a tool change unit configured to change the tool attached to the tool attachment unit while gripping the tool; an air supply unit configured to supply air to a gap between the tool insertion portion and the shank of the tool when the tool change unit changes the tool; and a controller configured to control driving of at least any one of the tool attachment unit and the tool change unit to allow the tool and the tool insertion portion to reciprocate relative to each other in a predetermined direction with the shank of the tool inserted into the tool insertion portion and with a gap provided between the tool insertion portion and the shank of the tool. a tool attachment unit including a tool insertion portion having a shape of an opening into which a shank of a tool is inserted, the tool attachment unit being configured to attach a tool thereto; a tool change unit configured to change the tool attached to the tool attachment unit while gripping the tool; an air supply unit configured to supply air to a gap between the tool insertion portion and the shank of the tool when the tool change unit changes the tool; and a controller configured to control driving of at least any one of the tool attachment unit and the tool change unit to allow the tool and the tool insertion portion to reciprocate relative to each other in a predetermined direction with the shank of the tool inserted into the tool insertion portion and with a gap provided between the tool insertion portion and the shank of the tool.
A soft capsule consisting of a gelatin-based shell and a filling of said shell, said filling comprising a solution, suspension or dispersion of active principles, said active principles being: • inositol; and • at least one of folic acid, cocoa polyphenols, genistein, L-arginine, vitamin E, selenium, N-acetylcysteine and melatonin; in a vehicle comprising gelatin, glycerol, ethanol or mixtures thereof, wherein said inositol is myo-inositol. • inositol; and • at least one of folic acid, cocoa polyphenols, genistein, L-arginine, vitamin E, selenium, N-acetylcysteine and melatonin;
A method for clock recovery from a serial data signal, comprising: producing a clock signal which periodically alternates between high and low output clock values by outputting for each clock period a series of N digital bits including a plurality low-level bits to form each low output clock value and a plurality of high-level bits to form each high output clock value, wherein the series of N digital bits is produced using a serializer/deserializer, SERDES,; selecting a value of N to be an integer multiple of a clock frequency of the clock signal; using a sync word pulse produced from a sync word present in each frame of the serial data signal to periodically determine a frequency error of the clock signal; selectively changing a phase of the clock signal responsive to the frequency error. producing a clock signal which periodically alternates between high and low output clock values by outputting for each clock period a series of N digital bits including a plurality low-level bits to form each low output clock value and a plurality of high-level bits to form each high output clock value, wherein the series of N digital bits is produced using a serializer/deserializer, SERDES,; selecting a value of N to be an integer multiple of a clock frequency of the clock signal; using a sync word pulse produced from a sync word present in each frame of the serial data signal to periodically determine a frequency error of the clock signal; selectively changing a phase of the clock signal responsive to the frequency error.
A noise-attenuation apparatus (300; 400) for use with a pressure regulator, the noise-attenuation apparatus comprising: a body defining a fluid passageway between an inlet and an outlet, the body having a wall; a first noise attenuator (312; 402) disposed at a first position in the fluid passageway; an annular ring (330; 416) comprising an outer edge (340; 434) defining a groove (342; 436), the groove configured to receive a protruding edge of the wall of the body to position the first noise attenuator (312; 402) at the first position; a second noise attenuator (314; 404) disposed at a second position in the fluid passageway, the second position spaced apart from the first position along the fluid passageway; and fasteners (328; 414) coupled to the annular ring and extending between the first noise attenuator and the second noise attenuator to position the first noise attenuator at the first position and the second noise attenuator at the second position, the fasteners coupled to peripheral portions of the first and second noise attenuators. a body defining a fluid passageway between an inlet and an outlet, the body having a wall; a first noise attenuator (312; 402) disposed at a first position in the fluid passageway; an annular ring (330; 416) comprising an outer edge (340; 434) defining a groove (342; 436), the groove configured to receive a protruding edge of the wall of the body to position the first noise attenuator (312; 402) at the first position; a second noise attenuator (314; 404) disposed at a second position in the fluid passageway, the second position spaced apart from the first position along the fluid passageway; and fasteners (328; 414) coupled to the annular ring and extending between the first noise attenuator and the second noise attenuator to position the first noise attenuator at the first position and the second noise attenuator at the second position, the fasteners coupled to peripheral portions of the first and second noise attenuators.
Method for operating a parking brake device (1, 1') which is provided for fixing a vehicle electropneumatically or electrohydraulically, a first pressure medium line conducting a pressure medium at a pressure, which pressure can be provided pneumatically or hydraulically to a brake cylinder, in particular a spring brake cylinder, the pressure dropping in a first state in the first pressure medium line for actuating the brake cylinder as far as a minimum pressure, in particular ambient air pressure, and the parking brake device (1, 1') being supplied with electric energy of an energy supply device, wherein, in a second state, a respective pressure stays on in the first pressure medium line, the parking brake device (1, 1') assuming the second state in the case of a standstill of the vehicle and a simultaneously released parking brake, and, in the case where the second state is present, the electric energy supply being interrupted, assuming the first state and the parking brake being engaged as a result, wherein the parking brake device (1, 1'), in a third state (112, 142), increases the pressure in the first pressure medium line for releasing the brake cylinder as far as a maximum pressure, in particular a supply pressure, and, in the case where the third state is present and a detected vehicle speed drops below a limit speed or a vehicle standstill is reached, the parking brake device (1, 1') switching from the third state directly or with intermediate switching of a further state into the second state, characterized in that, in the first state, the parking brake device (1, 1') lowers a pressure in the first pressure medium line by way of a second pressure medium line as far as the minimum pressure and, in the third state, increases said pressure by way of the second pressure medium line as far as the maximum pressure, the parking brake device (1, 1'), in the case where the third state (112, 142) is present, switching, for switching into the second state, first of all into a fourth state and only after this into the second state, and, in the fourth state for holding the pressure in the first pressure medium line, the second pressure medium line being shut off with respect to the first pressure medium line, and the second pressure medium line being connected to a pressure reservoir, the second pressure medium line being shut off with respect to the first pressure medium line in the second state, and the second pressure medium line being connected to a pressure medium outlet.
A surface-coated cutting tool comprising a ceramic sintered tool substrate which is a ceramic sintered body substantially composed of WC crystal grains and insulating grains and does not substantially contain a metal having a melting point of 1,600°C or lower containing WC crystal grains and insulating grains, and a coating layer composed of a multiple nitride of Ti, Al, and V and disposed on the surface of the tool substrate, characterized in that the multiple nitride is represented by a compositional formula: Ti a Al b V c N satisfying the following relations: 0.25 ≤ a ≤ 0.35, 0.64 ≤ b ≤ 0.74, 0 < c ≤ 0.06, and a + b + c = 1; wherein each of a, b, and c represents an atomic proportion; wherein the coating layer exhibits a peak attributed to a hexagonal crystal phase and a peak attributed to a cubic crystal phase as observed through X-ray diffractometry. wherein each of a, b, and c represents an atomic proportion; wherein the coating layer exhibits a peak attributed to a hexagonal crystal phase and a peak attributed to a cubic crystal phase as observed through X-ray diffractometry.
A computer-implemented method of improving distributed acoustic sensing, DAS, seismic data in order to identify seismic events, comprising: a. receiving a DAS seismic dataset recorded by a fiber-optic cable in a borehole drilled through a subsurface volume of interest, the DAS seismic dataset comprising a seismic signal and random noise; b. identifying a portion of the DAS seismic dataset including random noise with no seismic signal to generate a windowed noise dataset; c. transforming the windowed noise dataset into a noise power spectrum; d. training a machine-learning algorithm using the noise power spectrum to estimate a power spectrum of the seismic signal as approximately zero based on the windowed noise dataset whereby the trained machine-learning algorithm implements a Wiener filter; and e. using the trained machine-learning algorithm to estimate a power spectrum of the seismic signal based on the DAS seismic dataset, the power spectrum of the seismic signal estimated based on the DAS seismic dataset being a power spectrum of a noise-attenuated seismic dataset for use in identifying the seismic events. a. receiving a DAS seismic dataset recorded by a fiber-optic cable in a borehole drilled through a subsurface volume of interest, the DAS seismic dataset comprising a seismic signal and random noise; b. identifying a portion of the DAS seismic dataset including random noise with no seismic signal to generate a windowed noise dataset; c. transforming the windowed noise dataset into a noise power spectrum; d. training a machine-learning algorithm using the noise power spectrum to estimate a power spectrum of the seismic signal as approximately zero based on the windowed noise dataset whereby the trained machine-learning algorithm implements a Wiener filter; and e. using the trained machine-learning algorithm to estimate a power spectrum of the seismic signal based on the DAS seismic dataset, the power spectrum of the seismic signal estimated based on the DAS seismic dataset being a power spectrum of a noise-attenuated seismic dataset for use in identifying the seismic events.
A sheet sticking method of sticking a sheet on an adherend surface of an adherend, the sheet being formed in substantially the same shape as the adherend surface, the sheet comprising a base and an adhesive layer formed on one surface of the base, characterized by the sheet sticking method comprising: sticking the sheet on a first surface of a sticking tool (1, 1A, 1B, 1F, 1G) through the adhesive layer, the sticking tool (1, 1A, 1B, 1F, 1G) being foldable along a symmetry-axis position of the sheet; folding the sticking tool (1, 1A, 1B, 1F, 1G) along with the sheet such that a second surface opposite to the first surface of the sticking tool (1, 1A, 1B, 1F, 1G) comes inside; peeling the sheet to a folded portion of the sticking tool (1, 1A, 1B, 1F, 1G) to expose a portion of the adhesive layer while the sticking tool (1, 1A, 1B, 1F, 1G) is folded; pressing the exposed portion of the adhesive layer against the adherend surface to stick a portion of the sheet on the adherend; and exposing a remaining portion of the adhesive layer of the sheet and pressing the remaining portion against the adherend surface to stick a remaining portion of the sheet on the adherend. sticking the sheet on a first surface of a sticking tool (1, 1A, 1B, 1F, 1G) through the adhesive layer, the sticking tool (1, 1A, 1B, 1F, 1G) being foldable along a symmetry-axis position of the sheet; folding the sticking tool (1, 1A, 1B, 1F, 1G) along with the sheet such that a second surface opposite to the first surface of the sticking tool (1, 1A, 1B, 1F, 1G) comes inside; peeling the sheet to a folded portion of the sticking tool (1, 1A, 1B, 1F, 1G) to expose a portion of the adhesive layer while the sticking tool (1, 1A, 1B, 1F, 1G) is folded; pressing the exposed portion of the adhesive layer against the adherend surface to stick a portion of the sheet on the adherend; and exposing a remaining portion of the adhesive layer of the sheet and pressing the remaining portion against the adherend surface to stick a remaining portion of the sheet on the adherend.
Surgical suture comprising a suture body and a flock material, characterized in that the flock material is attached to the suture body by means of an adhesive layer.
Flowmeter for dosing medical gases, comprising a main body which has, defined therein, at least one flow supply path extending between an inlet and an outlet; said flowmeter also comprising at least one flow regulation stage which allows continuous variation of the flowrate of the medical gas supplied at the outlet and at least one flowrate measuring device of the variable area type comprising a reading column which communicates with the flow supply path and slidably houses internally a float, the position of which indicates the flowrate; said flowrate measuring device being arranged downstream of said flow regulation stage; wherein it also comprises a pressure stabilization stage arranged so as to intercept said flow supply path upstream of the flow regulation stage, wherein said pressure stabilization stage is designed to interrupt the flow when the pressure of the medical gas inside an internal chamber upstream of the flow regulation stage exceeds a threshold value, characterized in that said pressure stabilization stage comprises: a piston with a disc facing said internal chamber and a stem sealingly sliding inside a guide bush communicating with the inlet; and resilient means associated with the piston and designed to oppose the fluid pressure inside the internal chamber; the stem of said piston having an inner channel which connects the guide bush to the internal chamber, the access to which is interrupted when said stem reaches an end-of-travel position inside the guide bush, wherein said main body is composed of a plurality of shells joined together, said guide bush being integrally formed on a first shell, the internal chamber being bounded by the inner walls of a second shell; wherein said reading column is supported by a plate which is slidably inserted on top of said second shell.
A revolver-type feed-through wherein a plurality of waveguides are distributed around an interface between a housing and a plug member pushable into the housing for TEMPEST-grade electromagnetic shielding for attenuation up to the order of 100 dB at frequencies up to 10 GHz where one or more non-electric signal leads pass through a wall of a cabinet or other enclosure, comprising: said housing, having a conical inner surface, said housing being attachable to said wall through a first attachment means; and said plug member, having a conical outer surface matching said conical inner surface of said housing, said plug member being attachable to said housing through a second attachment means, wherein said conical inner surface of said housing and/or said conical outer surface of said plug member have recesses forming, when said plug member is attached to said housing, said plurality of waveguides; said feed-through being characterized by each of said first attachment means and said second attachment means being operable by one or more operating members (24, 26) located, with said feed-through in installed position, exclusively on one side of said wall, so that said first attachment means and said second attachment means are exclusively operable from said one side of said wall. said housing, having a conical inner surface, said housing being attachable to said wall through a first attachment means; and said plug member, having a conical outer surface matching said conical inner surface of said housing, said plug member being attachable to said housing through a second attachment means, wherein said conical inner surface of said housing and/or said conical outer surface of said plug member have recesses forming, when said plug member is attached to said housing, said plurality of waveguides; said feed-through being characterized by each of said first attachment means and said second attachment means being operable by one or more operating members (24, 26) located, with said feed-through in installed position, exclusively on one side of said wall, so that said first attachment means and said second attachment means are exclusively operable from said one side of said wall.
A device for producing cast parts such as an aluminum casting in a pressure method or a low pressure method with the aid of a casting tool that comprises movably arranged side parts, a base plate receiving a lower part or a lower molded part and a plate having both an upper part and an upper molded part or having an upper molded part, wherein at least the upper part is adjustable by a demolding plate and by the upper molded part in the vertical direction with respect to the base surface of the casting tool with the aid of an adjustment device and the side parts are likewise adjustable in the horizontal direction with the aid of the adjustment device and positive control elements that interact therewith and that are formed as sliding surfaces (18a, 18b, 19a, 19b, 50a, 50b, 60a, 60b, 70a, 70b), wherein the adjustment device interacts with the demolding plate and said positive control elements for the demolding of a cast part such that the demolding plate and the side parts are first adjustable in the perpendicular direction; such that the side parts are then moved in an inclined direction (Z-X) with respect to the base surface of the casting tool; and such that the side parts are finally moved in the horizontal direction.
A method for producing a cyclic carbonate by reacting epoxide and carbon dioxide in the presence of a quaternary onium salt catalyst selected from the group consisting of a quaternary ammonium salt having a halogenated anion as a counter ion and a quaternary phosphonium salt having a halogenated anion as a counter ion, or in the presence of a solid catalyst obtained by immobilizing the quaternary onium salt onto a carrier, wherein an organomonohalogen compound represented by the following formula: RZ, wherein R represents linear or branched chain alkyl having 1 to 6 of carbon atoms, or hydroxyalkyl having 1 to 6 of carbon atoms, and Z represents a bromine atom, is added to the reaction system in an amount of 1 × 10 -5 to 1 mol with respect to 1 mol of the epoxide.
A projection system having at least two projectors (2719, 2739), each projector producing a sub-image (2702, 2722), wherein the sub-images are projected on a screen to form a composite image and edge portions of the sub-images overlap to form an overlap region, each projector comprising:- i) a light source (1901, 2001) for producing an input illuminance; ii) at least one SLM device (2706, 2707, 2708, 2726, 2727, 2728) for receiving control signals (2709, 2729) and modulating light received from the light source based on the control signals to produce the sub-image; iii) an integrator bar (1902, 2002, 2003) positioned between the light source and the SLM device and operative to accept the input illuminance from the light source and output a sub image comprising multiple images of the input illuminance; iv) an illumination relay (1905, 2004) between the integrator bar and the SLM device; v) an edge blending mask (2703, 2723) placed to produce a brightness ramp in the overlap region, and, vi) a projection lens (2704, 2724) for projecting the sub-image; characterised in that:- vii) the edge blending mask (2703, 2723) comprises an edge (2800, 2801) pattern: a) shaped to gradually increase the obscuration of each of the multiple illuminance images in a constant manner in the overlap region; b) complementary in shape to the mask of the other projector (2719, 2739). i) a light source (1901, 2001) for producing an input illuminance; ii) at least one SLM device (2706, 2707, 2708, 2726, 2727, 2728) for receiving control signals (2709, 2729) and modulating light received from the light source based on the control signals to produce the sub-image; iii) an integrator bar (1902, 2002, 2003) positioned between the light source and the SLM device and operative to accept the input illuminance from the light source and output a sub image comprising multiple images of the input illuminance; iv) an illumination relay (1905, 2004) between the integrator bar and the SLM device; v) an edge blending mask (2703, 2723) placed to produce a brightness ramp in the overlap region, and, vi) a projection lens (2704, 2724) for projecting the sub-image; vii) the edge blending mask (2703, 2723) comprises an edge (2800, 2801) pattern: a) shaped to gradually increase the obscuration of each of the multiple illuminance images in a constant manner in the overlap region; b) complementary in shape to the mask of the other projector (2719, 2739). a) shaped to gradually increase the obscuration of each of the multiple illuminance images in a constant manner in the overlap region; b) complementary in shape to the mask of the other projector (2719, 2739).
In vitro method for prognostically assessing the prospects of success of an implantation and/or transplantation, characterized in that the mRNA expression values of a group consisting of COL2A1, IL-1β, FLT-1, BSP-2, COL1A2 and ACAN are determined in autologous chondrocytes.