mhurhangee/patent-ind-claim-en huggingface dataset:
A child safety seat comprising a cushioning structure, a first component and a second component configured to slide relative to each other, the cushioning structure comprising a first cushioning member positioned at the first component , the first cushioning member being resilient, and wherein when the second component slides relative to the first component , the first cushioning member provides a cushion for the second component , and wherein the first cushioning member is fixed to the first component , a first cushioning slot is formed on the first cushioning member , and the cushioning structure further comprises: a fastening member fixed to the second component , wherein when the second component slides relative to the first component , the fastening member is squeezed into the first cushioning slot ; and wherein the fastening member comprises a cushioning head disposed at a free end of the fastening member , and a diameter of the cushioning head is larger than a diameter of the first cushioning slot ; wherein the fastening member further comprises a column body with a length longer than a length of the first cushioning member , and the cushioning head is disposed at an end of the column body ; and wherein the child safety seat further comprises at least one second cushioning member disposed at the first component , the at least one second cushioning member and the first cushioning member being arranged longitudinally along the first component , a second cushioning slot being formed on the at least one second cushioning member and communicated with the first cushioning slot . a fastening member fixed to the second component , wherein when the second component slides relative to the first component , the fastening member is squeezed into the first cushioning slot ; and wherein the fastening member comprises a cushioning head disposed at a free end of the fastening member , and a diameter of the cushioning head is larger than a diameter of the first cushioning slot ; wherein the fastening member further comprises a column body with a length longer than a length of the first cushioning member , and the cushioning head is disposed at an end of the column body ; and wherein the child safety seat further comprises at least one second cushioning member disposed at the first component , the at least one second cushioning member and the first cushioning member being arranged longitudinally along the first component , a second cushioning slot being formed on the at least one second cushioning member and communicated with the first cushioning slot .
An oral care implement comprising: a handle extending along a longitudinal axis (A-A); a head at the distal end of the handle ; at least one tooth cleaning element extending from the head ; the handle comprising: a first component constructed of a first hard plastic; and a second component constructed of a second hard plastic, the second component comprising a body portion and a plurality of strips extending from the body portion and forming a strap network that wraps around the first component ; wherein the first hard plastic is substantially transparent and the second hard plastic is substantially opaque; characterized in that the plurality of strips define a first window through the first component from first and second opposing outer surfaces of the handle ; and the plurality of strips define a second window through the third and fourth opposing outer surfaces of the handle . a handle extending along a longitudinal axis (A-A); a head at the distal end of the handle ; at least one tooth cleaning element extending from the head ; the handle comprising: a first component constructed of a first hard plastic; and a second component constructed of a second hard plastic, the second component comprising a body portion and a plurality of strips extending from the body portion and forming a strap network that wraps around the first component ; a first component constructed of a first hard plastic; and a second component constructed of a second hard plastic, the second component comprising a body portion and a plurality of strips extending from the body portion and forming a strap network that wraps around the first component ; wherein the first hard plastic is substantially transparent and the second hard plastic is substantially opaque; characterized in that the plurality of strips define a first window through the first component from first and second opposing outer surfaces of the handle ; and the plurality of strips define a second window through the third and fourth opposing outer surfaces of the handle .
Method for determining an undetermined number of plate-shaped products (11 - 16) from wood or wood substitutes, in which a. a radiation source is used which is directed to the undetermined number of plate-shaped products (11 -16) and is irradiated with electromagnetic radiation f(t), in particular radar or terahertz radiation, emitted from the radiation source , wherein the emitted radiation f(t) is emitted as an output signal as a function of time t with periodically changed frequency, b. the echo a(t) of the emitted radiation is picked up as an input signal by a receiver arranged in particular at the site of the radiation source , wherein the echo a(t) contains a sum of reflection signals a1(t), a2(t), ..., an(t) representative of the existing interfaces (1 -8) of the undetermined number of plate-shaped products (11 -16); c. a mix signal m(t) is formed from the output signal f(t) and the input signal a(t), in particular in the form of a link of the two signals f(t) and a(t), d. the number of the undetermined number and/or the thicknesses of the plate-shaped products (11-16) and/or the height of a stack of the plate-shaped products (11 -16) and/or the quality of the plate-shaped products (11 -16) is/are determined on the basis of the mix signal m(t). a. a radiation source is used which is directed to the undetermined number of plate-shaped products (11 -16) and is irradiated with electromagnetic radiation f(t), in particular radar or terahertz radiation, emitted from the radiation source , wherein the emitted radiation f(t) is emitted as an output signal as a function of time t with periodically changed frequency, b. the echo a(t) of the emitted radiation is picked up as an input signal by a receiver arranged in particular at the site of the radiation source , wherein the echo a(t) contains a sum of reflection signals a1(t), a2(t), ..., an(t) representative of the existing interfaces (1 -8) of the undetermined number of plate-shaped products (11 -16); c. a mix signal m(t) is formed from the output signal f(t) and the input signal a(t), in particular in the form of a link of the two signals f(t) and a(t), d. the number of the undetermined number and/or the thicknesses of the plate-shaped products (11-16) and/or the height of a stack of the plate-shaped products (11 -16) and/or the quality of the plate-shaped products (11 -16) is/are determined on the basis of the mix signal m(t).
A calculation device comprising: an input unit configured to receive input of a plurality of data sets, each including communication destinations known to be malignant as data; a first generation unit configured to generate a model from one or more data sets of the plurality of data sets for calculating a malignant degree of an input communication destination; a second generation unit configured to give a weight to each of the models and to generate a mixed model that calculates a weighted sum of a malignant degree calculated by each of the models; a target communication destination input unit configured to receive input of a target communication destination list, wherein the target communication destination list is a list of communication destinations that are unknown whether they are malignant; and an output unit configured calculate and output a malignant degree of each of the communication destinations included in the target communication destination list using the mixed model, wherein the input unit is configured to sequentially receive input of the plurality of data sets, the first generation unit is configured to generate, every time the input unit receives a data set of the plurality of data sets, the model based on the received data set and the previously received data sets, and the second generation unit is configured to mix, every time the first generation unit generates the model, after giving weight to the generated model, the generated model with all models that have been generated previously. an input unit configured to receive input of a plurality of data sets, each including communication destinations known to be malignant as data; a first generation unit configured to generate a model from one or more data sets of the plurality of data sets for calculating a malignant degree of an input communication destination; a second generation unit configured to give a weight to each of the models and to generate a mixed model that calculates a weighted sum of a malignant degree calculated by each of the models; a target communication destination input unit configured to receive input of a target communication destination list, wherein the target communication destination list is a list of communication destinations that are unknown whether they are malignant; and an output unit configured calculate and output a malignant degree of each of the communication destinations included in the target communication destination list using the mixed model, wherein the input unit is configured to sequentially receive input of the plurality of data sets, the first generation unit is configured to generate, every time the input unit receives a data set of the plurality of data sets, the model based on the received data set and the previously received data sets, and the second generation unit is configured to mix, every time the first generation unit generates the model, after giving weight to the generated model, the generated model with all models that have been generated previously.
A latent curable, single component, epoxy resin comprising, by weight: i) 60 - 90 % of epichlorohydrin and bisphenol F; ii) 10 - 40% of epichlorohydrin and bisphenol A; and iii) 2 - 10% of a highly reactive catalyst, which is an encapsulated aliphatic polyamine, which cures above 80°C and in which the single component epoxy resin has a cure temperature of at least 165°C to 200°C. i) 60 - 90 % of epichlorohydrin and bisphenol F; ii) 10 - 40% of epichlorohydrin and bisphenol A; and iii) 2 - 10% of a highly reactive catalyst, which is an encapsulated aliphatic polyamine, which cures above 80°C
A friction material for a disc brake pad, which is manufactured by forming a non-asbestos-organic friction material composition including no copper component, characterized in that said friction material composition includes no titanate, but includes (a) 8 - 15 volume % of an inorganic friction modifier having an average particle diameter of 0.5 - 20 μ m and the Mohs hardness of 5 - 8 relative to a total amount of the friction material composition, (b) 1 - 3 volume % of a porous inorganic friction modifier having a micro-porous structure relative to the total amount of the friction material composition, and (c) 5 - 10 volume % of a carbonaceous lubricant, where said carbonaceous lubricant includes 2 - 4 volume % of coke relative to the total amount of the friction material composition, and an average particle diameter of coke is 300 - 800 μ m while the content of the inorganic friction modifier (a), (b), and the carbonaceous lubricant (c) satisfies a following formula: 1.0 ≦ ((a) + (b)) / (c) ≦ 2.5, wherein the inorganic friction modifier (a) having an average particle diameter of 0.5 - 20 μm and the Mohs hardness of 5 - 8 is one or more selected from the group consisting of a magnesium oxide, a triiron tetroxide, a zirconium silicate, and a zirconium oxide, and wherein the porous inorganic friction modifier (b) is one or both of the group consisting of a zeolite and a micro-porous alumina.
A method of manufacturing an ophthalmic lens, the method including the steps: (a) selecting a target value for an optical power for the ophthalmic lens; (b) forming a first mold member for cast-molding the ophthalmic lens in combination with a second mold member; (c) measuring a property of the first mold member, the measured property correlating with the optical power of the ophthalmic lens; wherein the property of the first mold member is measured by transmitting light through the first mold member; wherein the method further comprises: a calibration step, in which the optical power of the ophthalmic lens is measured for a selection of values of the measured property of the first mold member to provide a correspondence record and the correspondence record is used subsequently to determine whether the measured property of the first mold member is consistent with the target value of the optical power of the ophthalmic lens; and if the measured property of the first mold member is consistent with said target value of the optical power, continuing with the manufacture of the ophthalmic lens, and otherwise discarding the first mold member. (a) selecting a target value for an optical power for the ophthalmic lens; (b) forming a first mold member for cast-molding the ophthalmic lens in combination with a second mold member; (c) measuring a property of the first mold member, the measured property correlating with the optical power of the ophthalmic lens; wherein the property of the first mold member is measured by transmitting light through the first mold member; wherein the method further comprises: a calibration step, in which the optical power of the ophthalmic lens is measured for a selection of values of the measured property of the first mold member to provide a correspondence record and the correspondence record is used subsequently to determine whether the measured property of the first mold member is consistent with the target value of the optical power of the ophthalmic lens; and if the measured property of the first mold member is consistent with said target value of the optical power, continuing with the manufacture of the ophthalmic lens, and otherwise discarding the first mold member. a calibration step, in which the optical power of the ophthalmic lens is measured for a selection of values of the measured property of the first mold member to provide a correspondence record and the correspondence record is used subsequently to determine whether the measured property of the first mold member is consistent with the target value of the optical power of the ophthalmic lens; and if the measured property of the first mold member is consistent with said target value of the optical power, continuing with the manufacture of the ophthalmic lens, and otherwise discarding the first mold member.
A method for producing a porous carbon material comprising bringing a carbon-containing material having a desired shape and being selected from the group consisting of carbide, an alloy containing carbon and containing other non-carbon main components or non-equilibrium alloy containing carbon and containing other non-carbon main components into contact with a molten metal, the molten metal having a solidification point that is lower than a melting point of the carbon-containing material, the molten metal being controlled to a lower temperature than a minimum value of a liquidus temperature within a compositional fluctuation range from the carbon-containing material to the carbon thereby decreasing the other non-carbon main components, to thereby selectively elute the other non-carbon main components into the molten metal while maintaining an external shape of the carbon-containing material to give a carbon material having microvoids.
A hand held power tool , comprising: a primary motor; a chuck operatively-coupled to the primary motor; a body housing the primary motor ; a display mounted on a rear surface of the body, said display being positioned opposite the chuck ; a handle projecting from the body; a rotatable distancing laser disposed within a rotatable laser housing, the rotatable laser housing being rotatably coupled to the body immediately inferior to the chuck , the rotatable laser housing being disposed such that a laser beam emitted from the rotatable distancing laser is emitted in a plane parallel to a plane of an axis of rotation of the chuck ; and a stationary distancing laser disposed within the handle of the hand held power tool and arranged such that a laser beam emitted from the stationary distancing laser is orthogonal to an emitted laser beam of the rotatable distancing laser. a primary motor; a chuck operatively-coupled to the primary motor; a body housing the primary motor ; a display mounted on a rear surface of the body, said display being positioned opposite the chuck ; a handle projecting from the body; a rotatable distancing laser disposed within a rotatable laser housing, the rotatable laser housing being rotatably coupled to the body immediately inferior to the chuck , the rotatable laser housing being disposed such that a laser beam emitted from the rotatable distancing laser is emitted in a plane parallel to a plane of an axis of rotation of the chuck ; and a stationary distancing laser disposed within the handle of the hand held power tool and arranged such that a laser beam emitted from the stationary distancing laser is orthogonal to an emitted laser beam of the rotatable distancing laser.
A reservoir for use with a spray apparatus, comprising: a body including a first end portion having an outlet , a second end portion having an inlet , and a passageway extending between the inlet and the outlet , the first end portion including interior threads disposed within the passageway , the interior threads configured to be threadly coupled to a threaded coupling member of the spray apparatus or to the exterior threads of a first plug i ; and a lid removably attachable to the second end portion to cover the inlet , the lid having a vent therein communicating with the passageway when attached to the body and a wall extending about the vent defining a plug receiving space , the wall having interior threads sized and configured to be threadly coupled to the exterior threads of a second plug ; wherein the first plug is configured such that it can be threaded into the neck section deep enough until an end thereof abuts portion that extends radially inwardly into the portion of the passageway in the neck section ; and wherein the second plug is configured such that it can be threaded into the plug receiving space deep enough so that the end abuts the vent of the lid thereby sealing the vent ; such that with one of the plugs threaded into the neck section and another one of the plugs threaded into the plug receiving portion , the reservoir is substantially sealed and may be used to mix and store paint or other liquids. a body including a first end portion having an outlet , a second end portion having an inlet , and a passageway extending between the inlet and the outlet , the first end portion including interior threads disposed within the passageway , the interior threads configured to be threadly coupled to a threaded coupling member of the spray apparatus or to the exterior threads of a first plug i ; and a lid removably attachable to the second end portion to cover the inlet , the lid having a vent therein communicating with the passageway when attached to the body and a wall extending about the vent defining a plug receiving space , the wall having interior threads sized and configured to be threadly coupled to the exterior threads of a second plug ; wherein the first plug is configured such that it can be threaded into the neck section deep enough until an end thereof abuts portion that extends radially inwardly into the portion of the passageway in the neck section ; and wherein the second plug is configured such that it can be threaded into the plug receiving space deep enough so that the end abuts the vent of the lid thereby sealing the vent ; such that with one of the plugs threaded into the neck section and another one of the plugs threaded into the plug receiving portion , the reservoir is substantially sealed and may be used to mix and store paint or other liquids.
A focus adjustment method comprising: depositing , using a print apparatus , print agent onto a printable substrate , the print apparatus comprising a photoconductive surface and a writing head having a first end and a second end , the writing head having an array of light sources to emit radiation onto the photoconductive surface during a printing operation; during said depositing, moving the writing head relative to the photoconductive surface, between a first position and a second position , to create a printed image; depositing , using the print apparatus, print agent onto the printable substrate to form a position indicator, indicating a corresponding position of the first end and the second end of the writing head relative to the photoconductive surface at various locations in the printed image; determining , based on the printed image, for each of a plurality of locations along the writing head, a position of the writing head relative to the photoconductive surface at which the writing head is most focussed; calculating , using processing apparatus, a position of the first end of the writing head and a position of the second end of the writing head relative to the photoconductive surface at which the focus of the writing head at the plurality of locations is within a defined threshold; and adjusting the position of the first end of the writing head and the second end of the writing head relative to the photoconductive surface according to the calculated positions. depositing , using a print apparatus , print agent onto a printable substrate , the print apparatus comprising a photoconductive surface and a writing head having a first end and a second end , the writing head having an array of light sources to emit radiation onto the photoconductive surface during a printing operation; during said depositing, moving the writing head relative to the photoconductive surface, between a first position and a second position , to create a printed image; depositing , using the print apparatus, print agent onto the printable substrate to form a position indicator, indicating a corresponding position of the first end and the second end of the writing head relative to the photoconductive surface at various locations in the printed image; determining , based on the printed image, for each of a plurality of locations along the writing head, a position of the writing head relative to the photoconductive surface at which the writing head is most focussed; calculating , using processing apparatus, a position of the first end of the writing head and a position of the second end of the writing head relative to the photoconductive surface at which the focus of the writing head at the plurality of locations is within a defined threshold; and adjusting the position of the first end of the writing head and the second end of the writing head relative to the photoconductive surface according to the calculated positions.
An inert gas generating system comprising: an air source configured to provide an air stream that comprises at least one of ram air, external air, conditioned air, or compressed air; an electrochemical gas separator configured to receive the air stream and an electrical current to produce an oxygen-depleted air stream containing water and/or water vapor; a dryer configured to receive the oxygen-depleted air stream and to produce a dehumidified oxygen-depleted air stream; a contained volume configured to receive the dehumidified oxygen-depleted air stream. an air source configured to provide an air stream that comprises at least one of ram air, external air, conditioned air, or compressed air; an electrochemical gas separator configured to receive the air stream and an electrical current to produce an oxygen-depleted air stream containing water and/or water vapor; a dryer configured to receive the oxygen-depleted air stream and to produce a dehumidified oxygen-depleted air stream; a contained volume configured to receive the dehumidified oxygen-depleted air stream.