mhurhangee/ep-ind-claims huggingface dataset:
A specimen retrieval device comprising: a tubular body defining a longitudinal bore, the tubular body having a proximal portion, a distal portion, and a hand grip supported on the proximal portion of the tubular body; an inner shaft having a proximal portion, a distal portion, an actuation handle supported on the proximal portion of the inner shaft, and a support member extending from the distal portion of the inner shaft; a specimen bag supported on the support member at the distal portion of the inner shaft, the specimen bag including an open end, a body, a closed portion, and an inner surface, the body of the specimen bag including a plurality of folds (50a, 50b, 50c) between the open end and the closed portion, the plurality of folds being movable from a folded state to an unfolded state to increase a volume of the specimen bag; and a release string, characterized in that the release string is secured to each of the plurality of folds (50a, 50b, 50c) to retain the folds in the folded state, the release string movable from a non-actuated position to an actuated position to sequentially release each of the plurality of folds from the folded state to the unfolded state to sequentially increase the volume of the specimen bag. a tubular body defining a longitudinal bore, the tubular body having a proximal portion, a distal portion, and a hand grip supported on the proximal portion of the tubular body; an inner shaft having a proximal portion, a distal portion, an actuation handle supported on the proximal portion of the inner shaft, and a support member extending from the distal portion of the inner shaft; a specimen bag supported on the support member at the distal portion of the inner shaft, the specimen bag including an open end, a body, a closed portion, and an inner surface, the body of the specimen bag including a plurality of folds (50a, 50b, 50c) between the open end and the closed portion, the plurality of folds being movable from a folded state to an unfolded state to increase a volume of the specimen bag; and a release string,
A power tool having an integrated control system comprising: a workpiece supporting surface; a cutting instrument extendable above the workpiece supporting surface; a guard assembly securable above the workpiece supporting surface for covering at least a portion of said cutting instrument, said guard assembly having a first state for providing a first level of protection and a second state for providing a second level of protection; a motor coupled with said cutting instrument; a power switch operable for starting said motor for driving said cutting instrument; and a control system in communication with said guard assembly for determining if said guard assembly is in the first state or the second state, wherein before said motor is started said control system automatically disables said motor if it determines that said guard assembly is in the second state, and wherein said control system includes a bypass switch operable for bypassing said control system and starting said motor when said guard assembly is in the second state, wherein said guard assembly comprises a splitter and a top guard assembly securable atop said splitter; and characterized in that said control system comprises: a first sensor assembly (92, 94, 96) associated with said splitter for determining whether said splitter is in the first state or the second state; and a second sensor assembly associated with said top guard assembly for determining whether said top guard assembly is secured atop said splitter. a workpiece supporting surface; a cutting instrument extendable above the workpiece supporting surface; a guard assembly securable above the workpiece supporting surface for covering at least a portion of said cutting instrument, said guard assembly having a first state for providing a first level of protection and a second state for providing a second level of protection; a motor coupled with said cutting instrument; a power switch operable for starting said motor for driving said cutting instrument; and a control system in communication with said guard assembly for determining if said guard assembly is in the first state or the second state, wherein before said motor is started said control system automatically disables said motor if it determines that said guard assembly is in the second state, and wherein said control system includes a bypass switch operable for bypassing said control system and starting said motor when said guard assembly is in the second state, a first sensor assembly (92, 94, 96) associated with said splitter for determining whether said splitter is in the first state or the second state; and a second sensor assembly associated with said top guard assembly for determining whether said top guard assembly is secured atop said splitter.
A separator, comprising: a planar non-woven fabric substrate having a plurality of pores; and a porous coating layer provided on at least one surface of the non-woven fabric substrate and made of a mixture of a plurality of inorganic particles and a binder polymer, wherein the binder polymer is any binder polymer selected from the group consisting of polyvinylidene fluoride-co-hexafluoropropylene, polyvinylidene fluoride-co-trichloroethylene, polymethyl methacrylate, polyacrylonitrile, polyvinylpyrrolidone, polyvinyl acetate, polyethylene-co-vinyl acetate, polyethylene oxide, cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, cyanoethyl pullulan, cyanoethyl polyvinyl alcohol, cyanoethyl cellulose, cyanoethyl sucrose, pullulan, and carboxylmethyl cellulose, or their mixtures; wherein the non-woven fabric substrate is made of superfine fibers having an average thickness of 0.5 to 10 μm that are made of any polymer selected from the group consisting of polyester, polyacetal, polyamide, polycarbonate, polyimide, polyetheretherketone, polyethersulfone, polyphenylene oxide, polyphenylene sulfide, and polyethylene naphthalene, or their mixtures, and wherein, among the pores in the non-woven fabric substrate, pores having a wide diameter of 0.1 to 70 μm are 50% or above of the entire pores, and wherein a loading weight of the porous coating layer with respect to the non-woven fabric substrate is 5 to 20 g/m2. a planar non-woven fabric substrate having a plurality of pores; and a porous coating layer provided on at least one surface of the non-woven fabric substrate and made of a mixture of a plurality of inorganic particles and a binder polymer,
A ceramide-like glycolipid comprising a photoreactive group, wherein: - said photoreactive group is a benzophenone group covalently bound to the N-acyl lipophilic moiety of said ceramide-like glycolipid; and - said ceramide-like glycolipid is an α-galactosylceramide; wherein said ceramide-like glycolipid is capable of covalently binding to CD1d and enhancing the activity of natural killer cells. - said photoreactive group is a benzophenone group covalently bound to the N-acyl lipophilic moiety of said ceramide-like glycolipid; and - said ceramide-like glycolipid is an α-galactosylceramide;
A fluid ejection device adapted to eject a fluent material comprising: a fluent material chamber configured to be supplied with the fluent material; a moving object capable of reciprocating in the fluent material chamber; a nozzle part having a discharge port communicating with the fluent material chamber, and an inner wall on a periphery of the discharge port and an actuator having contact with a back end part of the moving object to reciprocate the moving object to thereby discharge the fluent material from the discharge port, wherein the actuator has a plurality of solid-state displacement elements (40a, 40b) connected in series to each other, and one end of one of the plurality of solid-state displacement elements has contact with the back end part of the moving object, characterized in that a tip part of the moving object can contact from the fluid material chamber the inner wall on a periphery of the discharge port. a fluent material chamber configured to be supplied with the fluent material; a moving object capable of reciprocating in the fluent material chamber; a nozzle part having a discharge port communicating with the fluent material chamber, and an inner wall on a periphery of the discharge port and an actuator having contact with a back end part of the moving object to reciprocate the moving object to thereby discharge the fluent material from the discharge port, wherein the actuator has a plurality of solid-state displacement elements (40a, 40b) connected in series to each other, and one end of one of the plurality of solid-state displacement elements has contact with the back end part of the moving object, characterized in that a tip part of the moving object can contact from the fluid material chamber the inner wall on a periphery of the discharge port.
An industrial truck, comprising an RFID transceiver unit for detecting and reading memory content of mobile data memories of loads, and at least one RFID antenna which is associated with a forklift fork or fork shoe of the industrial truck, wherein the RFID antenna is arranged within the exterior circumference of the flat and rectangular forklift fork or the fork shoe, characterized in that the RFID antenna is formed as a slot antenna with a slotted cavity within the forklift fork of the fork shoe, wherein the slot antenna comprises a continuous or a unilaterally open slot, and a first contact and a second contact for a high-frequency cable are attached to the slot.
A wellbore fluid, comprising: an aqueous base fluid; and a plurality of nanoparticles suspended in the aqueous base fluid, wherein the nanoparticles are present in the wellbore fluid in an amount ranging from 4 wt% to 60 wt% of the total weight of the wellbore fluid, being an amount effective to have an effect of increasing the density by at least 23.96528 kg/m 3 (0.2 Ib/gal), polyvinylpyrrolidone as a crystallization temperature agent;the wellbore fluid having a density in the range of 1318.0904 kg/m 3 (11 ppg) to 2156.8752 kg/m 3 (18 ppg), wherein the aqueous base fluid is halide brine or a formate brine, a brine being water comprising an inorganic salt or organic salt. an aqueous base fluid; and a plurality of nanoparticles suspended in the aqueous base fluid, wherein the nanoparticles are present in the wellbore fluid in an amount ranging from 4 wt% to 60 wt% of the total weight of the wellbore fluid, being an amount effective to have an effect of increasing the density by at least 23.96528 kg/m 3 (0.2 Ib/gal), polyvinylpyrrolidone as a crystallization temperature agent;the wellbore fluid having a density in the range of 1318.0904 kg/m 3 (11 ppg) to 2156.8752 kg/m 3 (18 ppg), wherein the aqueous base fluid is halide brine or a formate brine, a brine being water comprising an inorganic salt or organic salt.
A method for determining contamination of an interface between a battery pack having three or more terminals coupled to a battery charger, comprising: measuring an unloaded voltage across two terminals of a battery pack; supplying a current from the battery charger via the terminals to the battery pack; measuring a loaded voltage across said two terminals of the battery pack while delivering the current to the battery pack; determining a difference between the loaded voltage and the unloaded voltage; and comparing the difference to an expected voltage drop across the battery cells of the battery pack to form a result, thereby determining whether contamination is present at the interface between the battery pack and the battery charger.; characterised in that the method further comprises the step of comparing the result with results of other terminal pairs of the battery pack to determine contamination at a single terminal. measuring an unloaded voltage across two terminals of a battery pack; supplying a current from the battery charger via the terminals to the battery pack; measuring a loaded voltage across said two terminals of the battery pack while delivering the current to the battery pack; determining a difference between the loaded voltage and the unloaded voltage; and comparing the difference to an expected voltage drop across the battery cells of the battery pack to form a result, thereby determining whether contamination is present at the interface between the battery pack and the battery charger.; characterised in that the method further comprises the step of comparing the result with results of other terminal pairs of the battery pack to determine contamination at a single terminal.
A method of making a composite structure, the method comprising: obtaining a mixture in gel form, the step of obtaining the mixture comprising: - a step of preparing (11; 21) a mixture comprising fibrillated cellulose and water such that the solids content of the mixture is at least 20 % of the weight of the mixture; and - a step of mixing (12; 22) the mixture obtained from the preparation step (11; 21) with at least one additive and thereby obtaining the mixture in gel form, the solids content of the gel being at least 20 % of the weight of the gel, whereby the mixture in gel form, containing solids and water, contains as solids, at least cellulose and at least one functional additive comprising at least one electrolyte, wherein at least a portion of the cellulose is fibrillated cellulose; processing the mixture in gel form having the solids content of at least 20 % of the weight to form the composite structure having a shape, the solids content of the mixture in gel form being at least 20 %, and up to 35 %, of the weight of the mixture during said processing; and reducing the water content of the mixture to solidify the formed composite structure. obtaining a mixture in gel form, the step of obtaining the mixture comprising: - a step of preparing (11; 21) a mixture comprising fibrillated cellulose and water such that the solids content of the mixture is at least 20 % of the weight of the mixture; and - a step of mixing (12; 22) the mixture obtained from the preparation step (11; 21) with at least one additive and thereby obtaining the mixture in gel form, the solids content of the gel being at least 20 % of the weight of the gel, - a step of preparing (11; 21) a mixture comprising fibrillated cellulose and water such that the solids content of the mixture is at least 20 % of the weight of the mixture; and - a step of mixing (12; 22) the mixture obtained from the preparation step (11; 21) with at least one additive and thereby obtaining the mixture in gel form, the solids content of the gel being at least 20 % of the weight of the gel, whereby the mixture in gel form, containing solids and water, contains as solids, at least cellulose and at least one functional additive comprising at least one electrolyte, wherein at least a portion of the cellulose is fibrillated cellulose; processing the mixture in gel form having the solids content of at least 20 % of the weight to form the composite structure having a shape, the solids content of the mixture in gel form being at least 20 %, and up to 35 %, of the weight of the mixture during said processing; and reducing the water content of the mixture to solidify the formed composite structure.
An inkjet nozzle (115, 300, 400) comprising an aperture (302, 402) having a first segment (202 - 252) defined by a first polynomial equation and a second segment (204 - 254) defined by a second equation, wherein the first polynomial equation has a general form of: (DX 2 + CY 2 + A 2) 2 -4A 2 X 2 = B 4, where A, B, C and D are constants which define a shape of the first segment, and characterised in that the second equation is a polynomial equation having a general form of: (DX 2 + CY 2 + A 2) 2 -4A 2 X 2 = B 4, where A, B, C and D are constants which define a shape of the second segment that is different from the shape of first segment.
A liquid developer device comprising: a developing container accommodating a liquid developer; a holding roller for holding the liquid developer accommodated in said developing container; and an end portion restricting member, provided in contact with said holding roller at an end portion of said holding roller with respect to a longitudinal direction of said holding roller, for restricting movement of the liquid developer in the longitudinal direction, characterized in that the end portion restricting member is configured such that a contact angle (θ) of a side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, to the liquid developer is 45° or more, wherein the contact angle (θ) is the contact angle of the liquid developer to the side surface of the end portion restricting member, which is a magnitude of an angle formed between the side surface and the liquid surface of the liquid developer contacting the side surface as seen from a direction parallel to the side surface, wherein the contact angle (θ) between the liquid developer and the side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, is larger than a contact angle between the liquid developer and a carrying surface of the holding roller. a developing container accommodating a liquid developer; a holding roller for holding the liquid developer accommodated in said developing container; and an end portion restricting member, provided in contact with said holding roller at an end portion of said holding roller with respect to a longitudinal direction of said holding roller, for restricting movement of the liquid developer in the longitudinal direction, characterized in that the end portion restricting member is configured such that a contact angle (θ) of a side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, to the liquid developer is 45° or more, wherein the contact angle (θ) is the contact angle of the liquid developer to the side surface of the end portion restricting member, which is a magnitude of an angle formed between the side surface and the liquid surface of the liquid developer contacting the side surface as seen from a direction parallel to the side surface, wherein the contact angle (θ) between the liquid developer and the side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, is larger than a contact angle between the liquid developer and a carrying surface of the holding roller.
Large mobile fan for mounting on a motor vehicle, a vehicle trailer or a platform; 1.1 having a housing and a fan wheel provided in or on the housing; 1.2 having a lifting device for adjusting the height of the housing with the fan wheel relative to a base-side receptacle of the large fan, wherein 1.3 the lifting device has a base-side end for mounting on the receptacle and a housing-side end on which the housing with the fan wheel is mounted; and 1.4 the lifting device has a coupling gear in the form of a double rocker having at least two link arms (7, 8), wherein each of the two link arms (7, 8) is connected at least indirectly with a first swivel joint (12, 13) at its first end on the base side to the receptacle and with a second swivel joint (14, 15) at its second end on the housing side to the housing with the fan wheel; characterized in that 1.5 at least one of the two second swivel joints (14, 15) is connected to the housing with the fan wheel via a deflection lever which can be actuated by a linear actuator, wherein the deflection lever is of multi-link design and is connected on the one hand to the linear actuator in an articulated manner and on the other hand to the housing in an articulated manner. 1.1 having a housing and a fan wheel provided in or on the housing; 1.2 having a lifting device for adjusting the height of the housing with the fan wheel relative to a base-side receptacle of the large fan, wherein 1.3 the lifting device has a base-side end for mounting on the receptacle and a housing-side end on which the housing with the fan wheel is mounted; and 1.4 the lifting device has a coupling gear in the form of a double rocker having at least two link arms (7, 8), wherein each of the two link arms (7, 8) is connected at least indirectly with a first swivel joint (12, 13) at its first end on the base side to the receptacle and with a second swivel joint (14, 15) at its second end on the housing side to the housing with the fan wheel; characterized in that 1.5 at least one of the two second swivel joints (14, 15) is connected to the housing with the fan wheel via a deflection lever which can be actuated by a linear actuator, wherein the deflection lever is of multi-link design and is connected on the one hand to the linear actuator in an articulated manner and on the other hand to the housing in an articulated manner.
Device for storing banknotes, comprising at least two banknote storage containers (26 to 40), which each have at least one banknote withdrawal opening and/or banknote feed opening, comprising a first receiving unit for receiving at least the first banknote storage container (26 to 32), and comprising at least a second receiving unit for receiving at least the second banknote storage container (34 to 40), wherein the second receiving unit is arranged offset horizontally with respect to the first receiving unit, wherein the device comprises a closed security region, which is accessible from the outside via a closable opening and in which the receiving units (14, 16) and the banknote storage containers (26 to 40) are arranged in an operating position, and wherein both receiving units (14, 16) can be pulled out of the security region, at least one of the receiving units being rotatable from the operating position into a service position in the pulled-out state.