mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device comprising: a load weight control unit configured to control generation of a load weight that becomes a load with respect to a motion when a user depresses a depression target object; a recognition unit configured to recognize a motion of the depression target object, wherein the load weight control unit is configured to perform control of starting generation of the load weight that is predetermined at a timing when the recognition unit recognizes that the depression target object has started to be depressed, and ending generation of the load weight at a timing when the recognition unit recognizes that the depression target object ended to be depressed and started to return; characterized in that it further comprises a response acquisition unit configured to acquire a response of the user that indicates presence/absence of generation of the load weight, after the user depresses the depression target object. a load weight control unit configured to control generation of a load weight that becomes a load with respect to a motion when a user depresses a depression target object; a recognition unit configured to recognize a motion of the depression target object, wherein the load weight control unit is configured to perform control of starting generation of the load weight that is predetermined at a timing when the recognition unit recognizes that the depression target object has started to be depressed, and ending generation of the load weight at a timing when the recognition unit recognizes that the depression target object ended to be depressed and started to return; characterized in that it further comprises a response acquisition unit configured to acquire a response of the user that indicates presence/absence of generation of the load weight, after the user depresses the depression target object.
A preparation method for a silver-metal oxide electrical contact material, comprising: mixing a silver-containing precursor solution, being a silver ammonia complex solution, with a metal oxide precursor solution; reacting a reducing agent with the mixed solution to obtain silver powder coated with a metal oxide precursor; and heat treating the silver powder in a non-reducing atmosphere to obtain the silver-metal oxide electrical contact material, wherein the metal oxide precursor solution is a metal acetate solution, wherein the metal is one or more of Zn, Cu, In, Ni, W, and Mo, or the metal oxide precursor solution is a metal nitrate solution, wherein the metal is one or more of Cu, In, Ni, W, and Mo, wherein the reducing agent is added into the mixed solution containing silver ammonia ions and the metal oxide precursor to conduct the reduction precipitation reaction with a reaction time of 0.5 to 24 h. mixing a silver-containing precursor solution, being a silver ammonia complex solution, with a metal oxide precursor solution; reacting a reducing agent with the mixed solution to obtain silver powder coated with a metal oxide precursor; and heat treating the silver powder in a non-reducing atmosphere to obtain the silver-metal oxide electrical contact material,
A pneumatic firing system, characterised in that said firing system comprises: - a valve , - a projectile feeder , - a separated hammer , - a hammer retainer , - a cocking roller , - a locking lever , - a firing mode lever with the position of automatic and - a safety detainer of the projectile feeder, wherein: - the valve is provided with at least 6 holes, - the projectile feeder comprises two lugs at one end and is connected by a pull-rod to the cocking roller , - the hammer is separated by placing the cocking roller in the internal system between the valve and the hammer , - a hammer retainer is shaped so it can fold into the body of the marker by means of a skirt which is connected to a trigger and affects the function of the trigger by including cut-outs for moving the skirt by one groove, the skirt and a hammer retainer spring are adapted to return and secure the hammer retainer when the trigger is released to the initial position, - the cocking roller is housed in an internal system between the valve and the hammer and is connected by the pull-rod to the projectile feeder , the cocking roller being shaped to cock and secure the hammer behind the locking lever , - the locking lever is shaped to lock and unlock the hammer , - the firing mode lever containing the position of automatic mode is connected to the skirt containing the cut-outs and to the trigger to toggle the firing mode, - and where the safety detainer of the projectile feeder is adapted to secure the locking of the projectile feeder when the ammunition runs out by placing the cocking lever in the middle position. - a valve , - a projectile feeder , - a separated hammer , - a hammer retainer , - a cocking roller , - a locking lever , - a firing mode lever with the position of automatic and - a safety detainer of the projectile feeder, - the valve is provided with at least 6 holes, - the projectile feeder comprises two lugs at one end and is connected by a pull-rod to the cocking roller , - the hammer is separated by placing the cocking roller in the internal system between the valve and the hammer , - a hammer retainer is shaped so it can fold into the body of the marker by means of a skirt which is connected to a trigger and affects the function of the trigger by including cut-outs for moving the skirt by one groove, the skirt and a hammer retainer spring are adapted to return and secure the hammer retainer when the trigger is released to the initial position, - the cocking roller is housed in an internal system between the valve and the hammer and is connected by the pull-rod to the projectile feeder , the cocking roller being shaped to cock and secure the hammer behind the locking lever , - the locking lever is shaped to lock and unlock the hammer , - the firing mode lever containing the position of automatic mode is connected to the skirt containing the cut-outs and to the trigger to toggle the firing mode, - and where the safety detainer of the projectile feeder is adapted to secure the locking of the projectile feeder when the ammunition runs out by placing the cocking lever in the middle position.
An electrolytic cell for processing aluminum from alumina, comprising a dense and dimensionally stable cathode having improved wettability with molten aluminum, the cathode comprising the reaction product of a composition comprising: 3 molar equivalents of boron oxide, 3 molar equivalents of titanium dioxide, 7-21 molar equivalents of titanium diboride; and 20-40 molar equivalents of aluminum, wherein the composition reacts to fully convert the boron oxide and titanium dioxide to titanium diboride in situ in molten aluminum. 3 molar equivalents of boron oxide, 3 molar equivalents of titanium dioxide, 7-21 molar equivalents of titanium diboride; and 20-40 molar equivalents of aluminum,
A mouse whose genome comprises: (a) at least one unrearranged human V H gene segment, at least one unrearranged human D H gene segment, and at least one unrearranged human J H gene segment operably linked to an endogenous heavy chain constant region gene at an endogenous heavy chain locus; (b) no more than one, or no more than two, rearranged human Vκ/Jκ sequences operably linked to an endogenous κ light chain constant region gene at an endogenous κ light chain locus; and (c) an ectopic nucleic acid sequence that encodes a functional mouse ADAM6a protein or functional ortholog, functional homolog or functional fragment thereof and an ectopic nucleic acid sequence that encodes a functional mouse ADAM6b protein or functional ortholog, functional homolog or functional fragment thereof, wherein the ADAM6 proteins, orthologs, homologs, or fragments being functional in a male mouse, wherein said function is associated with male mouse fertility, wherein the genome of the mouse lacks: a functional endogenous ADAM6 gene at the endogenous ADAM6 locus, a functional endogenous immunoglobulin Vκ gene segment, and a functional endogenous immunoglobulin Jκ gene segment. (a) at least one unrearranged human V H gene segment, at least one unrearranged human D H gene segment, and at least one unrearranged human J H gene segment operably linked to an endogenous heavy chain constant region gene at an endogenous heavy chain locus; (b) no more than one, or no more than two, rearranged human Vκ/Jκ sequences operably linked to an endogenous κ light chain constant region gene at an endogenous κ light chain locus; and (c) an ectopic nucleic acid sequence that encodes a functional mouse ADAM6a protein or functional ortholog, functional homolog or functional fragment thereof and an ectopic nucleic acid sequence that encodes a functional mouse ADAM6b protein or functional ortholog, functional homolog or functional fragment thereof, wherein the ADAM6 proteins, orthologs, homologs, or fragments being functional in a male mouse, wherein said function is associated with male mouse fertility, a functional endogenous ADAM6 gene at the endogenous ADAM6 locus, a functional endogenous immunoglobulin Vκ gene segment, and a functional endogenous immunoglobulin Jκ gene segment.
Implantable access device for accessing the vascular system of a human or animal body , particularly subcutaneously implantable access port, comprising at least one inlet opening , at least one outlet opening and at least one passageway between the at least one inlet opening and the at least one outlet opening , further comprising at least one valve assembly in the at least one passageway , which in a first, unactuated operating condition prevents a fluid flow through the at least one passageway and in a second, actuated operating condition permits a fluid flow through the at least one passageway , the at least one valve assembly comprises at least one spring element to constrain the at least one valve assembly into the first, unactuated operating condition, wherein the at least one valve assembly is arranged in the at least one passageway in such a way, that the at least one valve assembly is actuated by a needle inserted into the at least one inlet opening , characterized in that the at least one valve assembly in the first, unactuated operating condition is longitudinally elongated and radially compressed in such a way to prevent a fluid flow through the at least one passageway and that the at least one valve assembly in the second, actuated operating condition is longitudinally compressed and radially elongated in such a way to permit a fluid flow through the at least one passageway , wherein the at least one valve assembly comprises a flexible tubing as the at least one passageway , wherein the flexible tubing is squeezed in the first, unactuated operating condition and uncompressed in the second, actuated operating condition. further comprising at least one valve assembly in the at least one passageway , which in a first, unactuated operating condition prevents a fluid flow through the at least one passageway and in a second, actuated operating condition permits a fluid flow through the at least one passageway , the at least one valve assembly comprises at least one spring element to constrain the at least one valve assembly into the first, unactuated operating condition, wherein the at least one valve assembly is arranged in the at least one passageway in such a way, that the at least one valve assembly is actuated by a needle inserted into the at least one inlet opening , characterized in that the at least one valve assembly in the first, unactuated operating condition is longitudinally elongated and radially compressed in such a way to prevent a fluid flow through the at least one passageway and that the at least one valve assembly in the second, actuated operating condition is longitudinally compressed and radially elongated in such a way to permit a fluid flow through the at least one passageway , wherein the at least one valve assembly comprises a flexible tubing as the at least one passageway , wherein the flexible tubing is squeezed in the first, unactuated operating condition and uncompressed in the second, actuated operating condition.
Method for operating a building automation system , wherein by means of a detection device of a vehicle passenger data describing at least one passenger of the vehicle are determined and the passenger data are transmitted to a control device , and by means of the control device at least one functional device of a building is controlled depending on the passenger data, characterized in that by means of the detection device a behaviour of the at least one passenger is determined continuously and the passenger data determined by means of the detection device describe the behaviour of the at least one passenger whereas for determining the behaviour of the at least one passenger an average length of stay during a stay of at the least one passenger in the building is determined.
A RFID device comprising: a first conductive structure ; a second conductive structure operatively coupled to the first conductive structure in a first operating condition; an RFID chip operatively coupled to the second conductive structure; and a substrate; wherein the second conductive structure is sewn into the substrate, and the first conductive structure is attached to a surface of the substrate. a first conductive structure ; a second conductive structure operatively coupled to the first conductive structure in a first operating condition; an RFID chip operatively coupled to the second conductive structure; and a substrate; wherein the second conductive structure is sewn into the substrate, and the first conductive structure is attached to a surface of the substrate.
A widened reinforcement harness comprising a reinforced harness , a non-deformable ferrule and a reinforcement portion which is distinct and has a greater diameter than the reinforcement of the harness , wherein the non-deformable ferrule is arranged around the harness with the reinforcement of the harness passing inside the non-deformable ferrule and folded on the outer side of the non-deformable ferrule , a first end of the reinforcement portion being attached around the folded portion of the reinforcement of the harness and a second end being arranged to be attached to a section of an electrical component .
A method of manufacturing a composite shell, comprising: infusing carbon fiber with a resin using a first mold to create a carbon fiber shell; injection molding a molding material onto the carbon fiber shell using a second mold to generate a molded shell, wherein said molding material is an elastomer and said injection molding of said molding material is performed to provide said carbon fiber shell with an inner overmolded elastomeric body; trimming the molded shell to create a trimmed shell; and clear coating the trimmed shell to create the composite shell. infusing carbon fiber with a resin using a first mold to create a carbon fiber shell; injection molding a molding material onto the carbon fiber shell using a second mold to generate a molded shell, wherein said molding material is an elastomer and said injection molding of said molding material is performed to provide said carbon fiber shell with an inner overmolded elastomeric body; trimming the molded shell to create a trimmed shell; and clear coating the trimmed shell to create the composite shell.
5-[(2,4-dinitrophenoxy)methyl]-1-methyl-2-nitro-1H-imidazole or a pharmaceutically acceptable salt thereof.
A membrane filter for submerged operation for filtering a liquid through membrane elements horizontally arranged adjacent to one another and respectively having the following features: - membranes arranged in a vertical longitudinal direction and configured to filter a liquid permeate from the liquid; - a header arranged at a header level and including a permeate collection cavity , wherein respective permeate sides of the membranes are connected to the permeate collection cavity , and a permeate outlet configured to drain the permeate in an outlet direction horizontally from the permeate collection cavity ; and - a tube that adjoins on top at a respective header of the headers and laterally envelops the membranes of the respective membrane element , wherein the permeate outlets are connected at a horizontally extending common permeate collector that drains the permeate from the membrane filter , characterized in that the permeate collector is arranged at the header level adjacent to the headers . - membranes arranged in a vertical longitudinal direction and configured to filter a liquid permeate from the liquid; - a header arranged at a header level and including a permeate collection cavity , wherein respective permeate sides of the membranes are connected to the permeate collection cavity , and a permeate outlet configured to drain the permeate in an outlet direction horizontally from the permeate collection cavity ; and - a tube that adjoins on top at a respective header of the headers and laterally envelops the membranes of the respective membrane element , wherein the permeate outlets are connected at a horizontally extending common permeate collector that drains the permeate from the membrane filter , characterized in that the permeate collector is arranged at the header level adjacent to the headers .
A counting mechanism for a dispenser or a sampler, wherein the mechanism is configured to record the number of dispensing counts or sampling counts, the mechanism comprising: a first housing part and a second housing part , wherein the housing parts are rotatable with respect to each other and the second housing part has a curved cross-sectional shape; a counting ring disposed between the first and second housing parts; the first housing part having a protrusion which abuts the counting ring , holding a portion of the counting ring in contact with the second housing part ; wherein relative rotation of the housing parts causes the protrusion to slide against the surface of the counting ring to drive a rolling movement of the counting ring around the circumference of the second housing part ; such that a predefined rotation of the housing parts produces an incremental rotational displacement between the counting ring and second housing part to record a count. a first housing part and a second housing part , wherein the housing parts are rotatable with respect to each other and the second housing part has a curved cross-sectional shape; a counting ring disposed between the first and second housing parts; the first housing part having a protrusion which abuts the counting ring , holding a portion of the counting ring in contact with the second housing part ; wherein relative rotation of the housing parts causes the protrusion to slide against the surface of the counting ring to drive a rolling movement of the counting ring around the circumference of the second housing part ; such that a predefined rotation of the housing parts produces an incremental rotational displacement between the counting ring and second housing part to record a count.
A method for harvesting mechanical energy in a security tag , comprising: applying by a tool a pushing force so as to cause a securement mechanism disposed within the security tag to deform; transferring mechanical energy to a spring sleeve when the securement mechanism deforms due to loading applied by the tool; using an energy harvester to harness the mechanical energy applied by the tool, wherein the energy harvester is at least partially coupled to the securement mechanism ; and converting the mechanical energy to electrical energy. applying by a tool a pushing force so as to cause a securement mechanism disposed within the security tag to deform; transferring mechanical energy to a spring sleeve when the securement mechanism deforms due to loading applied by the tool; using an energy harvester to harness the mechanical energy applied by the tool, wherein the energy harvester is at least partially coupled to the securement mechanism ; and converting the mechanical energy to electrical energy.
A kinematic control rod assembly comprising: a plurality of first body portions formed of a first material; characterized by a plurality of second body portions formed of a second material different from the first material, and a plurality of frangible connections each having an opening for connecting the kinematic control rod assembly to one of a plurality of moveable members, each one of the plurality of frangible connections is formed between one of the plurality of first body portions and one of the plurality of second body portions , wherein the plurality of first body portions and the plurality of second body portions are moveable in a synchronized movement during normal operation and upon a fault condition one or more of the plurality of first body portions and one or more of the second body portions buckles at one or more of the plurality of frangible connections upon failure of the one or more of the plurality of frangible connections , thereby providing a tactile indication of the fault condition. a plurality of first body portions formed of a first material; characterized by a plurality of second body portions formed of a second material different from the first material, and a plurality of frangible connections each having an opening for connecting the kinematic control rod assembly to one of a plurality of moveable members, each one of the plurality of frangible connections is formed between one of the plurality of first body portions and one of the plurality of second body portions , wherein the plurality of first body portions and the plurality of second body portions are moveable in a synchronized movement during normal operation and upon a fault condition one or more of the plurality of first body portions and one or more of the second body portions buckles at one or more of the plurality of frangible connections upon failure of the one or more of the plurality of frangible connections , thereby providing a tactile indication of the fault condition.
Formwork element for a concrete wall formwork, wherein the formwork element comprises a device for receiving a formwork anchor in the formwork element , wherein the device comprises - a formwork-proof insert pot , the pot base of which, facing a formwork inner side of the formwork element , has a passage opening for an anchor end of the formwork anchor , - an anchor receptacle within the insert pot , in which the anchor end can be held in a non-displaceable manner, and - a holder for the anchor receptacle which is supported so as to be pivotable to a limited extent with respect to the pot base , characterised in that the anchor receptacle has a supporting end which is supported on the pot base with interpositioning of a sealing ring for tightly surrounding the anchor end and forms in the region of the supporting end an annular groove , into which a flexible holding ring of the holder engages. - a formwork-proof insert pot , the pot base of which, facing a formwork inner side of the formwork element , has a passage opening for an anchor end of the formwork anchor , - an anchor receptacle within the insert pot , in which the anchor end can be held in a non-displaceable manner, and - a holder for the anchor receptacle which is supported so as to be pivotable to a limited extent with respect to the pot base ,