mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a three-dimensional confectionery item from at least one sugar mass using a casting mould , which can be assembled from at least two casting mould parts , wherein each casting mould part has at least one partial cavity , with the proviso that the two casting mould parts can be brought into an assembled state in which the two partial cavities produce a common mould cavity which gives the confectionery item its three-dimensional shape, wherein the two casting mould parts are arranged in an open casting position (PG) in which the partial cavities are arranged so as to be open at the top, that, in the casting position (PG), a portion of the sugar mass of the confectionery item is poured into both partial cavities of the casting mould parts , that the two casting mould parts are then put together and brought into a closed transport position (PT) in which the casting mould is arranged horizontally, wherein the upper side of one casting mould part comes into contact with the upper side of the other casting mould part and the partial cavities of the two casting mould parts have lined up and form the common mould cavity , wherein the casting mould is formed as a reusable permanent mould characterized in that after the sugar mass has been poured in, the two casting mould parts of the permanent mould are moved first of all from the open casting position (PG) into a closed intermediate position (PZ) in an intermediate step, in that , in the closed intermediate position (PZ), the partial cavities of the two casting mould parts are already lined up and the common mould cavity is formed, and in that , in a second step, the casting mould is then moved from the closed intermediate position (PZ) into the horizontal transport position (PT) .
A composition comprising a polar organic extract of whole Ambrosia maritima or Ambrosia hispida plant together with a pharmaceutically acceptable carrier for use in treating bladder cancer, prostate cancer or pancreatic cancer, wherein said polar organic extract comprises parthenin, ambrosin, damsin, and neoambrosin.
A catalyst system comprising a) a metal complex of the formula CyLMZ p , wherein M is a group 4 metal Z is an anionic ligand, p is number of 1 to 2, preferably 2, Cy is a cyclopentadienyl-type ligand and, L is a ligand of the formula wherein each A is independently selected from the group consisting of nitrogen and phosphorus and R 1 , R 2 , R 3 and R 4 are independently selected from the group consisting of hydrogen, unsubstituted or substituted hydrocarbyl, unsubstituted or substituted silyl and unsubstituted or substituted germyl residues, and b) a boron containing activator, characterized in that the molar ratio of the boron of the activator to M of the metal complex is greater than 2.5. a) a metal complex of the formula CyLMZ p , wherein M is a group 4 metal Z is an anionic ligand, p is number of 1 to 2, preferably 2, Cy is a cyclopentadienyl-type ligand and, L is a ligand of the formula wherein each A is independently selected from the group consisting of nitrogen and phosphorus and R 1 , R 2 , R 3 and R 4 are independently selected from the group consisting of hydrogen, unsubstituted or substituted hydrocarbyl, unsubstituted or substituted silyl and unsubstituted or substituted germyl residues, and wherein each A is independently selected from the group consisting of nitrogen and phosphorus and R 1 , R 2 , R 3 and R 4 are independently selected from the group consisting of hydrogen, unsubstituted or substituted hydrocarbyl, unsubstituted or substituted silyl and unsubstituted or substituted germyl residues, and b) a boron containing activator, characterized in that the molar ratio of the boron of the activator to M of the metal complex is greater than 2.5.
A memory system comprising: a memory area configured to store data therein; a controller configured to control writing data to be input to and/or reading data to be output from the memory area; a first connector (C21) configured to input the data to be input to the memory area from a host and/or output the data to be output from the memory area to the host, the first connector being removable from the host; and a first holding part electrically disconnected from the memory area and the first connector and including a first port (Sinout), the first holding part being configured to hold identification information used to authenticate an authority to initialize the memory area and the first port being configured to output the identification information to the host when receiving, from the host, an initialization command that instructs initialization of at least the part of the memory area; the controller including: a second port (Sin) configured to receive the initialization command from the host and receive the identification information via the first port; and an authentication part configured to execute initialization of at least the part of the memory area based on the initialization command and the identification information received at the second port. a memory area configured to store data therein; a controller configured to control writing data to be input to and/or reading data to be output from the memory area; a first connector (C21) configured to input the data to be input to the memory area from a host and/or output the data to be output from the memory area to the host, the first connector being removable from the host; and a first holding part electrically disconnected from the memory area and the first connector and including a first port (Sinout), the first holding part being configured to hold identification information used to authenticate an authority to initialize the memory area and the first port being configured to output the identification information to the host when receiving, from the host, an initialization command that instructs initialization of at least the part of the memory area; the controller including: a second port (Sin) configured to receive the initialization command from the host and receive the identification information via the first port; and an authentication part configured to execute initialization of at least the part of the memory area based on the initialization command and the identification information received at the second port. a second port (Sin) configured to receive the initialization command from the host and receive the identification information via the first port; and an authentication part configured to execute initialization of at least the part of the memory area based on the initialization command and the identification information received at the second port.
An indexable cutting insert for face milling with high feed rates, comprising: an upper side , a lower side which has a smaller outer circumference than the upper side , and side surfaces connecting the upper side and the lower side , wherein, at the transition between the side surfaces and the upper side , rounded cutting corners are formed, which cutting corners are connected via convexly arched cutting edges which each run in a convexly curved manner from one cutting corner to an adjacent cutting corner , wherein, adjacent to the cutting edges , the side surfaces each have main flanks which extend along the respective cutting edge in a continuously convexly curved manner from one cutting corner to an adjacent cutting corner , wherein the side surfaces each run in an inwardly inclined manner in all regions in the direction of the lower side , and the main flanks extend in the direction of the lower side only over part of the height of the side surfaces , characterized in that in the direction of the lower side the main flanks merge in the form of a step recessed with respect to the center of the cutting insert in a stepped manner into secondary surfaces which are set back inward. an upper side , a lower side which has a smaller outer circumference than the upper side , and side surfaces connecting the upper side and the lower side , wherein, at the transition between the side surfaces and the upper side , rounded cutting corners are formed, which cutting corners are connected via convexly arched cutting edges which each run in a convexly curved manner from one cutting corner to an adjacent cutting corner , wherein, adjacent to the cutting edges , the side surfaces each have main flanks which extend along the respective cutting edge in a continuously convexly curved manner from one cutting corner to an adjacent cutting corner , wherein the side surfaces each run in an inwardly inclined manner in all regions in the direction of the lower side , and the main flanks extend in the direction of the lower side only over part of the height of the side surfaces , characterized in that in the direction of the lower side the main flanks merge in the form of a step recessed with respect to the center of the cutting insert in a stepped manner into secondary surfaces which are set back inward.
A distributed Automatic Power Optimization, APO, system, applied to a wavelength division communication system and comprising: one or more APO modules , wherein the one or more APO modules belong to one or more pre-divided APO links , each APO module in the one or more APO modules belongs to only one APO link , each APO module in one APO link is in one to one correspondence with every two adjacent stations in the APO link , and the APO module is configured to, when the APO link to which the APO module belongs is triggered to perform power regulation, regulate a power attenuation or a gain between the two adjacent stations corresponding to the APO module and report a regulation result; and a network management system , configured to, when learning that all of one or more APO modules in one APO link are successful in regulation, if there is a next APO link of the APO link , trigger the next APO link of the APO link to perform power regulation. one or more APO modules , wherein the one or more APO modules belong to one or more pre-divided APO links , each APO module in the one or more APO modules belongs to only one APO link , each APO module in one APO link is in one to one correspondence with every two adjacent stations in the APO link , and the APO module is configured to, when the APO link to which the APO module belongs is triggered to perform power regulation, regulate a power attenuation or a gain between the two adjacent stations corresponding to the APO module and report a regulation result; and a network management system , configured to, when learning that all of one or more APO modules in one APO link are successful in regulation, if there is a next APO link of the APO link , trigger the next APO link of the APO link to perform power regulation.
A foam comprising: a polymeric matrix comprising polyethylene grafted polymerized siloxane, and a plurality of cells formed in the polymeric matrix and containing a blowing agent comprising carbon dioxide. a polymeric matrix comprising polyethylene grafted polymerized siloxane, and a plurality of cells formed in the polymeric matrix and containing a blowing agent comprising carbon dioxide.
An electrode assembly for a secondary battery , the electrode assembly comprising: an electrode unit comprising an electrode body and an electrode terminal part electrically connected with the electrode body ; a first insulating film for being wound around the electrode terminal part of the electrode unit , the first insulating film comprising a connection part and an extension part connected with each other, the connection part being provided with an adhesive area for connecting with the electrode terminal part , the extension part being a part of the first insulating film extending beyond an end face of the electrode terminal part , and at least part of the extension part being provided as a non-adhesive area, and a second insulating film for being wound around an outer peripheral surface of the electrode body , wherein a surface of the second insulating film is provided with adhesive glue, the second insulating film extends to an outer periphery of the electrode terminal part and does not extend beyond the end face of the electrode terminal part , and the second insulating film is partially laminated with the first insulating film . an electrode unit comprising an electrode body and an electrode terminal part electrically connected with the electrode body ; a first insulating film for being wound around the electrode terminal part of the electrode unit , the first insulating film comprising a connection part and an extension part connected with each other, the connection part being provided with an adhesive area for connecting with the electrode terminal part , the extension part being a part of the first insulating film extending beyond an end face of the electrode terminal part , and at least part of the extension part being provided as a non-adhesive area, and a second insulating film for being wound around an outer peripheral surface of the electrode body , wherein a surface of the second insulating film is provided with adhesive glue, the second insulating film extends to an outer periphery of the electrode terminal part and does not extend beyond the end face of the electrode terminal part , and the second insulating film is partially laminated with the first insulating film .
Device for moving a first conduit section of a conduit relative to a second conduit section of the conduit, the device comprising: - A first end section comprising a first fixation module for fixating the first end section to an inner wall of the first conduit section for inhibiting movement of the first end section relative to the first conduit section; - A second end section comprising a second fixation module for fixating the second end section to an inner wall of the second conduit section for inhibiting movement of the second end section relative to the second conduit section; - a separation module for dividing the conduit in the first conduit section and the second conduit section; characterised in that the device further comprises - A middle section provided between the first end section and the second end section, the middle section comprising a linear actuator module for moving the middle section relative to at least one of the first end section and the second end section. - A first end section comprising a first fixation module for fixating the first end section to an inner wall of the first conduit section for inhibiting movement of the first end section relative to the first conduit section; - A second end section comprising a second fixation module for fixating the second end section to an inner wall of the second conduit section for inhibiting movement of the second end section relative to the second conduit section; - a separation module for dividing the conduit in the first conduit section and the second conduit section; characterised in that the device further comprises - A middle section provided between the first end section and the second end section, the middle section comprising a linear actuator module for moving the middle section relative to at least one of the first end section and the second end section.
A method for analyzing a cell comprising: (A) trapping the cell by binding a first molecule to the cell, wherein the first molecule is immobilized in a well; (B) binding a second molecule to the cell, the second molecule including: a binding portion capable of specific binding to a cell-surface molecule of the cell; an identifying portion; a labeling portion coupled to the identifying portion; and a stimulus-degradable linker between the binding portion and the identifying portion; (B') removing any second molecule that is not bound to the cell; (C) detaching the identifying portion from the binding portion by stimulating the stimulus-degradable linker, wherein the detached identifying portion is coupled to the labeling portion; (D) binding the detached identifying portion through specific binding to an identifying portion recognizing molecule; and (E) detecting the labeling portion. (A) trapping the cell by binding a first molecule to the cell, wherein the first molecule is immobilized in a well; (B) binding a second molecule to the cell, the second molecule including: a binding portion capable of specific binding to a cell-surface molecule of the cell; an identifying portion; a labeling portion coupled to the identifying portion; and a stimulus-degradable linker between the binding portion and the identifying portion; a binding portion capable of specific binding to a cell-surface molecule of the cell; an identifying portion; a labeling portion coupled to the identifying portion; and a stimulus-degradable linker between the binding portion and the identifying portion; (B') removing any second molecule that is not bound to the cell; (C) detaching the identifying portion from the binding portion by stimulating the stimulus-degradable linker, wherein the detached identifying portion is coupled to the labeling portion; (D) binding the detached identifying portion through specific binding to an identifying portion recognizing molecule; and (E) detecting the labeling portion.
A negative electrode material for a secondary battery capable of intercalating and de-intercalating lithium, wherein the negative electrode material consists of alloy particles including a silicon phase, a metal phase, and bismuth, wherein the silicon phase is where no peak is observed at plane of the silicon obtained by X-ray diffraction measurement, wherein the X-ray diffraction measurement is done at a 2θ=10∼89.5 ° range, using CuKα radiation (wavelength=1.5406 Å), the metal phase includes at least one kind of metal alloying with silicon but not with lithium, the metal comprises two or more selected from a group consisting of Co, Cr and Ti, and the negative electrode material is secondary particle which is aggregate of primary particles alloyed by the silicon, the metal and bismuth, and the alloy particles include a portion at which the silicon forms an intermetallic compound with the at least one kind of metal, and a portion at which the silicon is present as a silicon single substance, wherein a content of the bismuth included in the alloy particles is lower than 5 wt%.
A measurement system for measuring a behavior of an ejection liquid, which is ejectable into an object from an ejection device , within the object , the system comprising: the ejection device in which a container part is mounted, which includes a storage space , in which the ejection liquid is stored, and a flow path , through which the storage space communicates with an ejection port through which the ejection liquid is ejectable to the outside, characterized in that the container part is formed of a resin material; and the system further comprises: an imaging device which is configured to image, across the object , a tip surface of the container part having the ejection port formed therein and which is configured to be positioned with respect to the object from a back side of the object in a predetermined state in which the ejection port is configured to be positioned from a front side of the object , and a first emission device which is configured to emit first near infrared light to the tip surface . the ejection device in which a container part is mounted, which includes a storage space , in which the ejection liquid is stored, and a flow path , through which the storage space communicates with an ejection port through which the ejection liquid is ejectable to the outside, characterized in that the container part is formed of a resin material; and the system further comprises: an imaging device which is configured to image, across the object , a tip surface of the container part having the ejection port formed therein and which is configured to be positioned with respect to the object from a back side of the object in a predetermined state in which the ejection port is configured to be positioned from a front side of the object , and a first emission device which is configured to emit first near infrared light to the tip surface . an imaging device which is configured to image, across the object , a tip surface of the container part having the ejection port formed therein and which is configured to be positioned with respect to the object from a back side of the object in a predetermined state in which the ejection port is configured to be positioned from a front side of the object , and a first emission device which is configured to emit first near infrared light to the tip surface .
Actuating drive , having a drive element , a transmission section and an actuating element , wherein the drive element , for driving the actuating element , is mechanically operatively connected to the actuating element through the transmission section , the actuating drive further having a return spring , which is mechanically operatively connected to the actuating element for providing a closing force acting on the actuating element , wherein the transmission section has at least one drive gear wheel , a transmission gear wheel and an output drive gear wheel , the transmission gear wheel having a drive gear section and a output drive gear section , wherein the drive gear section makes a meshed engagement with a first transmission function into the drive gear wheel and also the output drive gear section makes a meshed engagement with a second transmission function into the output drive gear wheel , and wherein the first transmission function and the second transmission function are also different, characterised in that the drive gear wheel , the drive gear section , the output drive gear section and the output drive gear wheel are arranged in the same plane of action .
A botulinum neurotoxin serotype A for use in the therapeutic treatment of paralysis caused by spinal cord traumatic injury resulting from direct mechanical trauma, wherein the spinal cord traumatic injury results in tissue damage characterized by (i) astroglial scarring, (ii) destruction of neurons caused by excitotoxicity, (iii) apoptosis of oligodendrocytes and chronic demyelination, and wherein paralysis includes total absence of motor recovery.
A composition comprising a mixture containing fluorinated hydrocarbons, the mixture comprising ≥ 99.5 wt.-% of a total of difluoromethane (R32), pentafluoroethane (R125) and 1,1,1,2-tetrafluoroethane (R134a), and the composition ratio of R32, R125 and R134a in the mixture falls within a triangle having the points A, F and G as vertices in a ternary composition diagram in which the sum of R32, R125 and R134a is 100 wt.-%: A: R32/R125/R134a = 37.3/17.0/45.7 wt% F: R32/R125/R134a = 30.7/10.9/58.4 wt% G: R32/R125/R134a = 29.4/14.1/56.5 wt%. A: R32/R125/R134a = 37.3/17.0/45.7 wt% F: R32/R125/R134a = 30.7/10.9/58.4 wt% G: R32/R125/R134a = 29.4/14.1/56.5 wt%.
An isolated polypeptide having D-psicose 3-epimerase activity, selected from the group consisting of: a polypeptide having at least 90% sequence identity to the polypeptide of SEQ ID NO: 4; and wherein the epimerase has at least 80% of the D-psicose 3-epimerase activity of the polypeptide of SEQ ID NO: 4.
An ophthalmic aqueous solution having pH of 4.8-5.1 and comprising: - 0.01 to 0.3% w/v of alkyl polyglucosides, as a stabilizing agent, - 1.4-1.8% w/v of lissamine green, - 1.5-2.5% w/v of citric acid-sodium citrate buffer, and - water, wherein the concentrations of lissamine green and stabilizing agent are in a ratio of 200:1 to 2:1. - 0.01 to 0.3% w/v of alkyl polyglucosides, as a stabilizing agent, - 1.4-1.8% w/v of lissamine green, - 1.5-2.5% w/v of citric acid-sodium citrate buffer, and - water,