mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack comprising: cylindrical battery cells arranged in a plurality of rows, the battery cells in a row being arranged apart from each other with a separation gap therebetween; and a ceramic sheet extending and surrounding at least any one row of the battery cells, the ceramic sheet comprising non-adhesive portions surrounding the battery cells, and an adhesive portion extending across the separation gap between neighboring non-adhesive portions of the non-adhesive portions, wherein the ceramic sheet further comprises first and second sheets that are coupled to face each other with the one row of the battery cells therebetween. cylindrical battery cells arranged in a plurality of rows, the battery cells in a row being arranged apart from each other with a separation gap therebetween; and a ceramic sheet extending and surrounding at least any one row of the battery cells, the ceramic sheet comprising non-adhesive portions surrounding the battery cells, and an adhesive portion extending across the separation gap between neighboring non-adhesive portions of the non-adhesive portions, wherein the ceramic sheet further comprises first and second sheets that are coupled to face each other with the one row of the battery cells therebetween.
A method for forming a carbon nanostructure that is free of a growth substrate, the method comprising: providing a carbon nanostructure adhered to a growth substrate, the carbon nanostructure comprising a plurality of carbon nanotubes as a whole possessing one or more structural features selected from branching, crosslinking, and sharing common walls with one another; and removing the carbon nanostructure from the growth substrate to form a carbon nanostructure that is free of the growth substrate, and forming the carbon nanostructure on the growth substrate by using transition metal nanoparticle catalyst particles that are disposed on the growth substrate to initiate carbon nanotube growth, characterised in that the growth substrate comprises a fiber material of spoolable dimensions, meaning that the fiber material has at least one dimension that is not limited in length, allowing for the material to be stored on a spool or mandrel. providing a carbon nanostructure adhered to a growth substrate, the carbon nanostructure comprising a plurality of carbon nanotubes as a whole possessing one or more structural features selected from branching, crosslinking, and sharing common walls with one another; and removing the carbon nanostructure from the growth substrate to form a carbon nanostructure that is free of the growth substrate, and forming the carbon nanostructure on the growth substrate by using transition metal nanoparticle catalyst particles that are disposed on the growth substrate to initiate carbon nanotube growth, characterised in that the growth substrate comprises a fiber material of spoolable dimensions, meaning that the fiber material has at least one dimension that is not limited in length, allowing for the material to be stored on a spool or mandrel.
Mixing device suitable to mix substances or liquid or semi-liquid mixtures to increase the volume thereof, comprising a hub which develops along a central axis (X) and two mixing spokes connected to the hub , wherein each of said spokes comprises an external lateral fin and two upper and lower connection segments, which connect respective upper and lower ends of said lateral fin to said hub , and wherein said lateral fins and said upper and lower connection segments have respective longitudinal axes of development inclined with respect to each other and/or with respect to said central axis (X), characterized in that said spokes are disposed angled with respect to each other by an angle (α) of 180° with respect to said central axis (X) and develop with respect to said central axis (X) in a truncated cone-shaped volume, and in that said fins have respective external edges lying on a common truncated cone-shaped surface, having a flared shape between said lower connection segment and said upper connection segment , and the lateral fin of at least one spoke lies on a vertical lying plane (λ) inclined with respect to said central axis (X) by an angle of vertical inclination (β) comprised between 2° and 10°.
A bed cleaner , the bed (B) including a frame (F) on which a mattress (M) is placed on the frame (F) and a guide groove formed on both sides of the frame to guide a movement of the bed cleaner, the cleaner comprising: a cleaning body adapted to be movable forward or backward with respect to a surface of the mattress (M), the cleaning body having a suction portion for sucking foreign matter from the mattress (M); a cleaning motor to communicate with the cleaning body and to generate a suction force; a dust box connected to the cleaning motor to store the foreign matter sucked in through the suction portion ; a transfer motor provided on one side of the cleaning body to generate a driving force for moving the cleaning body, and a dust flow path connecting the cleaning body and the dust box , the dust flow path including a variable flow path changeable in shape as the cleaning body moves forward or backward, wherein the cleaning body comprises: a first part extending horizontally with respect to an upper surface of the mattress (M); and the suction portion is formed on a bottom portion of the first part , which is adapted to face the upper surface of the mattress (M), characterized in that the cleaning body further comprises: a second part extending vertically from both sides of the first part for facing side surfaces of the mattress (M); and a third part extending from the second part toward an inner direction of the guide groove of the frame (F). a cleaning body adapted to be movable forward or backward with respect to a surface of the mattress (M), the cleaning body having a suction portion for sucking foreign matter from the mattress (M); a cleaning motor to communicate with the cleaning body and to generate a suction force; a dust box connected to the cleaning motor to store the foreign matter sucked in through the suction portion ; a transfer motor provided on one side of the cleaning body to generate a driving force for moving the cleaning body, and a dust flow path connecting the cleaning body and the dust box , the dust flow path including a variable flow path changeable in shape as the cleaning body moves forward or backward, wherein the cleaning body comprises: a first part extending horizontally with respect to an upper surface of the mattress (M); and the suction portion is formed on a bottom portion of the first part , which is adapted to face the upper surface of the mattress (M), characterized in that the cleaning body further comprises: a second part extending vertically from both sides of the first part for facing side surfaces of the mattress (M); and a third part extending from the second part toward an inner direction of the guide groove of the frame (F). a second part extending vertically from both sides of the first part for facing side surfaces of the mattress (M); and a third part extending from the second part toward an inner direction of the guide groove of the frame (F).
A method for optimizing exciting current and loss test results of a transformer by dynamically managing core magnetic state, the method comprising: injecting a direct current DC offset voltage; adjusting at least one of a polarity and a magnitude of the DC offset voltage while monitoring a test current for one or more criteria; and bypassing a source of the DC offset voltage when the test current has satisfied the one or more criteria, whereby residual magnetism, if any, of a core of the transformer is minimized; wherein the method is characterized in that : injecting the DC offset voltage comprises injecting the DC offset voltage via a DC voltage source in series with an alternating current AC coupled voltage supply; and adjusting at least one of a polarity and a magnitude of the DC offset voltage comprises reversing polarity and adjusting magnitude of the DC voltage source. injecting a direct current DC offset voltage; adjusting at least one of a polarity and a magnitude of the DC offset voltage while monitoring a test current for one or more criteria; and bypassing a source of the DC offset voltage when the test current has satisfied the one or more criteria, whereby residual magnetism, if any, of a core of the transformer is minimized; wherein the method is characterized in that : injecting the DC offset voltage comprises injecting the DC offset voltage via a DC voltage source in series with an alternating current AC coupled voltage supply; and adjusting at least one of a polarity and a magnitude of the DC offset voltage comprises reversing polarity and adjusting magnitude of the DC voltage source.
A packaging material being configured to store a content therein and having the shape of a stand-up pouch, the packaging material comprising a multilayer structure, the multilayer structure comprising: a semi-aromatic polyamide layer (A); an ethylene-vinyl alcohol copolymer layer (B); and a thermoplastic resin layer (C) between the semi-aromatic polyamide layer (A) and the ethylene-vinyl alcohol copolymer layer (B), the thermoplastic resin layer (C) containing a thermoplastic resin other than a semi-aromatic polyamide and an ethylene-vinyl alcohol copolymer; wherein the ethylene content in the ethylene-vinyl alcohol copolymer is 20 mol% to 60 mol%, measured according to ISO 14663; wherein the saponification degree of the vinyl ester component in the ethylene-vinyl alcohol copolymer is 90 mol% to 100 mol%, measured according to JIS K6726, wherein the ethylene-vinyl alcohol copolymer is a solution uniformly dissolved in a water/methanol solvent having a weight ratio water: methanol of 9:1; and wherein the total thickness of the entire multilayer structure is 10 μm to 500 μm. a semi-aromatic polyamide layer (A); an ethylene-vinyl alcohol copolymer layer (B); and a thermoplastic resin layer (C) between the semi-aromatic polyamide layer (A) and the ethylene-vinyl alcohol copolymer layer (B), the thermoplastic resin layer (C) containing a thermoplastic resin other than a semi-aromatic polyamide and an ethylene-vinyl alcohol copolymer; wherein the ethylene content in the ethylene-vinyl alcohol copolymer is 20 mol% to 60 mol%, measured according to ISO 14663; wherein the saponification degree of the vinyl ester component in the ethylene-vinyl alcohol copolymer is 90 mol% to 100 mol%, measured according to JIS K6726, wherein the ethylene-vinyl alcohol copolymer is a solution uniformly dissolved in a water/methanol solvent having a weight ratio water: methanol of 9:1; and wherein the total thickness of the entire multilayer structure is 10 μm to 500 μm.
A handheld power tool comprising: a handle ; a tool housing ; a rotary assembly located within the tool housing and capable of rotating a shaft in a forward and reverse direction; a plate member having an opening located therein; a detachable tool head couplable to the rotary assembly and the tool housing , the tool head having a contact plate capable of contacting the plate member ; and a retainer pin positioned within the opening of the plate member , the retainer pin coupled to a switch ; characterized in that the switch is a direction-selection switch , and upon axial movement of the plate member by the contact plate the opening in the plate member limits movement of the retainer pin and selection of an operating direction by the direction-selection switch ; and further characterized in that when the retainer pin is in a reverse position it is moved to a neutral position from the reverse position when the tool head is coupled with the rotary assembly . a handle ; a tool housing ; a rotary assembly located within the tool housing and capable of rotating a shaft in a forward and reverse direction; a plate member having an opening located therein; a detachable tool head couplable to the rotary assembly and the tool housing , the tool head having a contact plate capable of contacting the plate member ; and a retainer pin positioned within the opening of the plate member , the retainer pin coupled to a switch ; characterized in that the switch is a direction-selection switch , and upon axial movement of the plate member by the contact plate the opening in the plate member limits movement of the retainer pin and selection of an operating direction by the direction-selection switch ; and further characterized in that when the retainer pin is in a reverse position it is moved to a neutral position from the reverse position when the tool head is coupled with the rotary assembly .
A rotary steerable tool for directional drilling, comprising: a tool body including a flowbore for flowing pressurized fluid therethrough; a plurality of extendable members movably coupled to the tool body for selectively engaging a borehole wall , each extendable member including a piston for moving the extendable member to an extended position; a pressurized fluid supply flow path to provide fluid pressure from the flowbore to the pistons ; and a plurality of linear actuators , each independently actuatable to control fluid pressure from the pressurized fluid supply flow path to a respective piston ; and an insert removably securable within the tool body comprises at least one of the plurality of linear actuators , the insert comprising; a flowbore inlet to receive fluid pressure from the pressurized fluid supply flow path; an exterior outlet to discharge fluid pressure out of the tool body ; a piston outlet to provide fluid pressure to the piston ; and wherein the at least one of the plurality of linear actuators is arranged and actuatable to control fluid pressure between the flowbore inlet , the exterior outlet , and the piston outlet ; characterised in that the insert comprises at least one of an electrical connection to receive power for the at least one of the plurality of linear actuators or a power source is positioned therein to provide power for the at least one of the plurality of linear actuators . a tool body including a flowbore for flowing pressurized fluid therethrough; a plurality of extendable members movably coupled to the tool body for selectively engaging a borehole wall , each extendable member including a piston for moving the extendable member to an extended position; a pressurized fluid supply flow path to provide fluid pressure from the flowbore to the pistons ; and a plurality of linear actuators , each independently actuatable to control fluid pressure from the pressurized fluid supply flow path to a respective piston ; and an insert removably securable within the tool body comprises at least one of the plurality of linear actuators , the insert comprising; a flowbore inlet to receive fluid pressure from the pressurized fluid supply flow path; an exterior outlet to discharge fluid pressure out of the tool body ; a piston outlet to provide fluid pressure to the piston ; and wherein the at least one of the plurality of linear actuators is arranged and actuatable to control fluid pressure between the flowbore inlet , the exterior outlet , and the piston outlet ; characterised in that the insert comprises at least one of an electrical connection to receive power for the at least one of the plurality of linear actuators or a power source is positioned therein to provide power for the at least one of the plurality of linear actuators .
Induction hob , comprising at least one induction heating device , wherein the induction heating device has: - at least one induction heating coil , - a plug-type contact device , - a coil carrier of flat design for the at least one induction heating coil , - the plug-type contact device is arranged on the bottom face of the coil carrier with an insertion direction perpendicular to the surface of the coil carrier, - the plug-type contact device has a plug housing which is held on the bottom face of the coil carrier in such a way that the plug housing has an ability to move with a defined movement travel in a plane parallel to the surface of the coil carrier, - the plug housing has at least two receiving chambers with a direction of extent parallel to the insertion direction, wherein the receiving chambers are open at the bottom, - a plug-type contact is arranged in each of the receiving chambers , - a contact-making line runs from the plug-type contact to the induction heating coil , characterized in that the induction hob has a generator housing beneath a hob plate, a generator component carrier being arranged in the generator housing, wherein the induction heating device is arranged above the generator housing with a downwardly pointing plug-type contact device , wherein at least two upwardly projecting plug-type contacts are arranged on the generator component carrier in a fixed and unmovable manner for mounting the plug-type contact device of the induction heating device. - at least one induction heating coil , - a plug-type contact device , - a coil carrier of flat design for the at least one induction heating coil , - the plug-type contact device is arranged on the bottom face of the coil carrier with an insertion direction perpendicular to the surface of the coil carrier, - the plug-type contact device has a plug housing which is held on the bottom face of the coil carrier in such a way that the plug housing has an ability to move with a defined movement travel in a plane parallel to the surface of the coil carrier, - the plug housing has at least two receiving chambers with a direction of extent parallel to the insertion direction, wherein the receiving chambers are open at the bottom, - a plug-type contact is arranged in each of the receiving chambers , - a contact-making line runs from the plug-type contact to the induction heating coil ,
A method of manufacturing an ophthalmic lens, the method comprising: - providing a male mold half having a convex mold surface , and a complementary female mold half having a concave mold surface , wherein the female mold half retains a polymerizable composition for forming an ophthalmic lens between the convex mold surface and the concave mold surface ; - moving one of the mold halves toward the other mold half until the convex mold surface of the male mold half contacts the polymerizable composition retained in the female mold half ; - contacting a surface of the female mold half with a surface of the male mold half by applying a force to bring the male mold half and the female mold half together in a contacting stage; and characterized in that the method further comprises - measuring the force applied during the contacting step; and - determining that the mold halves have formed a closed mold assembly when the force is greater than or equal to a predetermined threshold force; - wherein the contact velocity at which the male mold half is moved toward the female mold half during the contacting stage of the contacting step is predetermined based on a previously measured force applied to contact a second pair of mold halves with one another, said second pair of mold halves comprising a second male mold half having a convex mold surface , and a complementary second female mold half having a concave mold surface , wherein the second female mold half retains a polymerizable composition for forming an ophthalmic lens between the convex mold surface and the concave mold surface . - providing a male mold half having a convex mold surface , and a complementary female mold half having a concave mold surface , wherein the female mold half retains a polymerizable composition for forming an ophthalmic lens between the convex mold surface and the concave mold surface ; - moving one of the mold halves toward the other mold half until the convex mold surface of the male mold half contacts the polymerizable composition retained in the female mold half ; - contacting a surface of the female mold half with a surface of the male mold half by applying a force to bring the male mold half and the female mold half together in a contacting stage; and characterized in that the method further comprises - measuring the force applied during the contacting step; and - determining that the mold halves have formed a closed mold assembly when the force is greater than or equal to a predetermined threshold force; - wherein the contact velocity at which the male mold half is moved toward the female mold half during the contacting stage of the contacting step is predetermined based on a previously measured force applied to contact a second pair of mold halves with one another, said second pair of mold halves comprising a second male mold half having a convex mold surface , and a complementary second female mold half having a concave mold surface , wherein the second female mold half retains a polymerizable composition for forming an ophthalmic lens between the convex mold surface and the concave mold surface .
A microparticle consisting of polyinosinic acid, polycytidylic acid, pea starch, and water.
A support device , intended to be hung to a hitch device of the lifting device or mass carrier type for a tractor, especially of the agricultural type, and constituted by a frame consisting in a mechanically welded metallic structure comprising means for securing it to the hitch device, said support device being characterized in that it also consists in a plate fixed to said securing means, that extends by overhanging relatively to said securing means, said plate having a upper face comprising a prepositioning and centering means for a box intended to be added on said upper face of said plate, and a lower face at the level of which is formed at least a receiving housing for an additional ballasting weight intended to be added at the level of said lower face of said plate , said receiving housing being adapted to cooperate with a corresponding protuberance of said additional weight, so as to form an anchoring in the shape of a connection of the "dovetail" type, whose longitudinal direction is substantially parallel to the traveling direction of the tractor.
Brake pipe length estimation device for determining a length of a brake pipe of said vehicle, based on measurement values including a pressure in time domain and resonance frequencies in the brake pipe , comprising: - a proportional valve being connectable to the brake pipe of the vehicle and being configured to generate an additional air flow to the air in the brake pipe to form pressure waves in said brake pipe, - an evaluation and control unit for being connected to said brake pipe, which is configured to control drive signals for the proportional valve and comprises a pressure sensor for measuring the pressure in time domain in said brake pipe, and - a resonance detection means being configured to detect occurrences of resonance and resonance frequencies in said brake pipe. - a proportional valve being connectable to the brake pipe of the vehicle and being configured to generate an additional air flow to the air in the brake pipe to form pressure waves in said brake pipe, - an evaluation and control unit for being connected to said brake pipe, which is configured to control drive signals for the proportional valve and comprises a pressure sensor for measuring the pressure in time domain in said brake pipe, and - a resonance detection means being configured to detect occurrences of resonance and resonance frequencies in said brake pipe.
Process for producing a soft candy , the process comprising as process steps a) providing a soft-candy precursor composition characterized by a water content in a range from 17 to 22% by weight, based on the soft-candy precursor composition; and b) shaping the soft-candy precursor composition by means of a nozzle having an outlet opening by overlaying a substrate with the soft-candy precursor composition to obtain a shaped article, the outlet opening of the nozzle traveling a three-dimensional trajectory . a) providing a soft-candy precursor composition characterized by a water content in a range from 17 to 22% by weight, based on the soft-candy precursor composition; and b) shaping the soft-candy precursor composition by means of a nozzle having an outlet opening by overlaying a substrate with the soft-candy precursor composition to obtain a shaped article,