mhurhangee/patent-ind-claim-en huggingface dataset:
Holding plate for a vacuum cleaner bag, with a base plate with an inflow opening at which is rotatably or displaceably mounted a closure element by means of which the inflow opening at the base plate is closable, wherein the base plate can be pushed into a guide device of a vacuum cleaner and wherein a bendable web forming a slide surface for displacement along a guide is provided at at least one side of the base plate , characterised in that the closure element is constructed as a closure flap which is connected at an outer edge with the base plate by way of at least one film hinge and protrudes beyond the base plate into an opening position.
A method for removing iron from an iron-containing solution containing an iron ion, comprising: adding a lithium ion battery cathode material containing manganese to an acidic sulfuric acid solution to obtain a cathode material-containing solution, and then precipitating a manganese ion as manganese dioxide in a mixed solution obtained by mixing the iron-containing solution with the cathode material-containing solution while precipitating the iron ion contained in the iron-containing solution as a solid.
A method for identifying, by a processor , a state of an athlete who is present in a video image obtained by imaging swimming competition in a swimming pool , the state of the athlete comprising, at least, an advancing direction of the athlete, wherein the processor refers to a result of performing processing of detecting the athlete in the video image and identifies the advancing direction of the athlete as a direction that is different from the previous advancing direction, on the basis of a result of the detection of the athlete after the athlete is present in a region on a side of an end of the swimming pool , wherein the advancing direction of the athlete is identified as the direction that is different from the previous advancing direction in case the number of times the athlete is detected in a predetermined period of time after the athlete is present in the region on the side of the end of the swimming pool is equal to or less than a threshold value.
A cathode active material comprising: a lithium intercalation material; a coating on the lithium intercalation material, comprising SiO 2 ; and a silane compound which is bound to the coating via a covalent bond, wherein the silane compound is formed from (tridecafluoro-1,1,2,2-tetrahydrooctyl)trichlorosilane, trialkoxysilane, or (4-bromophenyl)trimethoxysilane. a lithium intercalation material; a coating on the lithium intercalation material, comprising SiO 2 ; and a silane compound which is bound to the coating via a covalent bond, wherein the silane compound is formed from (tridecafluoro-1,1,2,2-tetrahydrooctyl)trichlorosilane, trialkoxysilane, or (4-bromophenyl)trimethoxysilane.
A process for the coupled production of sweet whey and lactic acid from acid whey, comprising the following steps: (a) providing acid whey having a lactic acid content of about 0.1 to about 1% by weight; (b) nanofiltration of the acid whey obtaining a first permeate P1 and a first retentate R1; (c) optionally, redilution of the first retentate R1 with water to reconstitute the initial dry matter content, and preparation of the second nanofiltration step; (d) nanofiltration of the retentate R1, obtaining a I second permeate P2 and sweet whey as a second retentate R2, wherein the nanofiltration step is performed using a closed membrane having a cut-off in the range of 150 to 300 Dalton; and (e) combining the two permeates P1 and P2 and subjecting the mixture to reverse osmosis, obtaining a third permeate P3 which, substantially, only contains water, and a concentrate of lactic acid as a third retentate R3. (a) providing acid whey having a lactic acid content of about 0.1 to about 1% by weight; (b) nanofiltration of the acid whey obtaining a first permeate P1 and a first retentate R1; (c) optionally, redilution of the first retentate R1 with water to reconstitute the initial dry matter content, and preparation of the second nanofiltration step; (d) nanofiltration of the retentate R1, obtaining a I second permeate P2 and sweet whey as a second retentate R2, wherein the nanofiltration step is performed using a closed membrane having a cut-off in the range of 150 to 300 Dalton; and (e) combining the two permeates P1 and P2 and subjecting the mixture to reverse osmosis, obtaining a third permeate P3 which, substantially, only contains water, and a concentrate of lactic acid as a third retentate R3.
A device for producing a shell of a ski boot that in some areas is adapted to a foot, or a leg, of a user, comprising a lower and/or upper shell part made of a plastic material, wherein a heating element for sectionally heating the lower and/or upper shell part above the softening temperature of the plastic material is provided, characterized in that the heating element comprises an outer adhesion-promoting layer for an adhesion connection of the heating element to one of the shell parts of the ski boot , wherein as an adhesion-promoting layer there are provided a layer of an adhesive comprising a reglueable pressure-sensitive adhesive, or a silicone layer, or an adhesion-promoting layer based on van der Waals forces.
A method of manufacturing an interposer product (10/20) comprises forming at least one wire-bonding pad and at least one bonding bump on the same side of a substrate of said interposer product; characterized in that the forming of the at least one wire-bonding pad and at least one bonding bump comprises: forming on said same side of the interposer substrate , by a common process, first and second portions of a gold layer, wherein the first portion of the gold layer constitutes a wire-bonding pad ; depositing Au-Sn solder on the second portion of the gold layer , the Au-Sn solder comprising gold-tin alloy having a first composition, wherein said first composition comprises a smaller proportion of gold than is in the eutectic composition of gold-tin alloy; merging the deposited Au-Sn solder with the second portion of the gold layer by performing a reflow process to form said at least one bonding bump , wherein the majority of the bonding bump is made of gold-tin alloy having the eutectic composition of gold-tin alloy; and planarizing the bonding bump to form a flat bonding bump (8/14) having a selected height. forming on said same side of the interposer substrate , by a common process, first and second portions of a gold layer, wherein the first portion of the gold layer constitutes a wire-bonding pad ; depositing Au-Sn solder on the second portion of the gold layer , the Au-Sn solder comprising gold-tin alloy having a first composition, wherein said first composition comprises a smaller proportion of gold than is in the eutectic composition of gold-tin alloy; merging the deposited Au-Sn solder with the second portion of the gold layer by performing a reflow process to form said at least one bonding bump , wherein the majority of the bonding bump is made of gold-tin alloy having the eutectic composition of gold-tin alloy; and planarizing the bonding bump to form a flat bonding bump (8/14) having a selected height.
A mobile thick matter pump for conveying thick matter, comprising - a trailer chassis , - a pump unit that is configured as a two-cylinder piston pump and is arranged on the trailer chassis , and - a drive motor that is arranged on the trailer chassis and drives the pump unit to convey thick matter, wherein the pump unit is arranged off centre on the trailer chassis , i.e. laterally offset in a first direction relative to the longitudinal centre plane of the trailer chassis , while the drive motor is also arranged off centre on the trailer chassis , and specifically laterally offset in a second direction, opposite to the first direction, relative to the longitudinal centre plane, characterised in that the pump unit has a water box , wherein, owing to the lateral arrangement of the drive motor , the water box is accessible from above for maintenance and repair work via a free space formed for that purpose above the water box , such that the delivery pistons of the pump unit can be replaced via the water box , wherein the free space above the water box permits the removal of a cover of the water box so that the water box can be opened for cleaning. - a trailer chassis , - a pump unit that is configured as a two-cylinder piston pump and is arranged on the trailer chassis , and - a drive motor that is arranged on the trailer chassis and drives the pump unit to convey thick matter, wherein the pump unit is arranged off centre on the trailer chassis , i.e. laterally offset in a first direction relative to the longitudinal centre plane of the trailer chassis , while the drive motor is also arranged off centre on the trailer chassis , and specifically laterally offset in a second direction, opposite to the first direction, relative to the longitudinal centre plane,
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: X 1 and X 2 are each independently H, halogen, or C 1-3 alkyl, with the proviso that at least one of X 1 and X 2 is other than H; Y is CH 2 ; R 1A is H or C 1-3 alkyl; R 1B is H, C 1-3 alkyl, or O-C 1-4 alkyl; R 2 is H or C 1-3 alkyl; and R3 is C 1-3 alkyl; and provided that: (D) when Y is CH 2 , then (i) R 2 is H, R 1A is C 1-3 alkyl and R 1B is C 1-3 alkyl or O-C 1-4 alkyl; (ii) R 2 is C 1-3 alkyl, R 1A is H, and R 1B is H; or (iii) R 2 is H, R 1A is H, and R 1B is O-C 1-4 alkyl. X 1 and X 2 are each independently H, halogen, or C 1-3 alkyl, with the proviso that at least one of X 1 and X 2 is other than H; Y is CH 2 ; R 1A is H or C 1-3 alkyl; R 1B is H, C 1-3 alkyl, or O-C 1-4 alkyl; R 2 is H or C 1-3 alkyl; and R3 is C 1-3 alkyl; and provided that: (D) when Y is CH 2 , then (i) R 2 is H, R 1A is C 1-3 alkyl and R 1B is C 1-3 alkyl or O-C 1-4 alkyl; (ii) R 2 is C 1-3 alkyl, R 1A is H, and R 1B is H; or (iii) R 2 is H, R 1A is H, and R 1B is O-C 1-4 alkyl. (i) R 2 is H, R 1A is C 1-3 alkyl and R 1B is C 1-3 alkyl or O-C 1-4 alkyl; (ii) R 2 is C 1-3 alkyl, R 1A is H, and R 1B is H; or (iii) R 2 is H, R 1A is H, and R 1B is O-C 1-4 alkyl.
A computer implemented method performed at least in part on at least one processor for reconciling a subspace with one or more other subspaces, wherein an index of a hash index service is partitioned into a plurality of subspaces, the hash index service being maintained by a server that stores chunks of data in a chunk store, a chunk being a region of data, each chunk being uniquely identified by a hash and associated with a reference to said chunk in the subspace, each subspace being a part of the index of the hash index service, each subspace corresponding to a partitioning of the data that is to be deduplicated, each subspace comprising a set of hashes and associated chunk IDs, the method comprising: selecting the subspace and the one or more other subspaces based upon similar subspace signatures, wherein a subspace signature is calculated for each subspace, and wherein a resemblance metric calculated for two subspaces is based on the signatures and represents a probability for deduplication opportunities between said two subspaces; (a) sequentially selecting a hash value in the subspace; (b) determining whether the hash value matches a hash value in the one or more other subspaces, and if not, advancing to step (d); (c) eliminating the matching hash value in the subspace and removing at least one duplicate chunk of data corresponding to the eliminated hash value from the chunk store, and updating any references to said at least one duplicate chunk; and (d) returning to step (a) for a plurality of different hash values until the subspace has been reconciled. selecting the subspace and the one or more other subspaces based upon similar subspace signatures, wherein a subspace signature is calculated for each subspace, and wherein a resemblance metric calculated for two subspaces is based on the signatures and represents a probability for deduplication opportunities between said two subspaces; (a) sequentially selecting a hash value in the subspace; (b) determining whether the hash value matches a hash value in the one or more other subspaces, and if not, advancing to step (d); (c) eliminating the matching hash value in the subspace and removing at least one duplicate chunk of data corresponding to the eliminated hash value from the chunk store, and updating any references to said at least one duplicate chunk; and (d) returning to step (a) for a plurality of different hash values until the subspace has been reconciled. (a) sequentially selecting a hash value in the subspace; (b) determining whether the hash value matches a hash value in the one or more other subspaces, and if not, advancing to step (d); (c) eliminating the matching hash value in the subspace and removing at least one duplicate chunk of data corresponding to the eliminated hash value from the chunk store, and updating any references to said at least one duplicate chunk; and (d) returning to step (a) for a plurality of different hash values until the subspace has been reconciled.
An apparatus for monitoring a nerve, comprising: a Foley type catheter having an exterior surface; and first and second pairs of ring electrodes (202 , 202 ) formed on the exterior surface of the Foley catheter, wherein each of the first and second pairs of ring electrodes is configured to perform at least one of stimulating the nerve and recording nerve activity; wherein the first and second pairs of ring electrodes each comprise an anode ring electrode and a cathode ring electrode; wherein the second pair of ring electrodes is configured to deliver bipolar nerve stimulation, and the first pair of ring electrodes is configured to provide bipolar recording of nerve activity; the apparatus further comprising a monitor including a stimulation module , a response module and a user interface , wherein (a) the stimulation module is configured to apply a stimulation signal to a nerve via the second pair of ring electrodes, (b) the response module is adapted to measure a response signal at the nerve with the first pair of ring electrodes and (c) the apparatus is adapted to communicate the response signal to a surgeon via the user interface . a Foley type catheter having an exterior surface; and first and second pairs of ring electrodes (202 , 202 ) formed on the exterior surface of the Foley catheter, wherein each of the first and second pairs of ring electrodes is configured to perform at least one of stimulating the nerve and recording nerve activity; wherein the first and second pairs of ring electrodes each comprise an anode ring electrode and a cathode ring electrode; wherein the second pair of ring electrodes is configured to deliver bipolar nerve stimulation, and the first pair of ring electrodes is configured to provide bipolar recording of nerve activity; the apparatus further comprising a monitor including a stimulation module , a response module and a user interface ,
A guide system for a resurfacing femoral head implant, said guide system comprising a first component arranged to act as a clamp, said first component comprising at least one actuating portion and at least one jaw portion , said actuating and jaw portions arranged either side of at least one hinge region, such that when the actuating portion is compressed the jaw portion expands, and when the actuating portion is relaxed the jaw portion closes, said actuating portion being positioned at a proximal region of the first component and a distal jaw portion being positioned at a distal region of the first component, characterised in that said distal region further comprises a locking mechanism to restrict or prevent opening of the distal jaw portion when said locking mechanism is activated.
Centralized device (CLPA) for managing communication profiles, this device comprising: - a profile-managing module (MGP) able to dynamically create an execution task (CLPAi) to meet a need to remotely manage a communication profile (PROF eid ) in a secure element (eUICC) embedded in a terminal (T) - said profile-managing module (MGP) being able to execute said execution task (CLPAi); - a communication module (COM-NET) able to set up in a network a first communication channel (CC2) between said execution task (CLPAi) and a communication-profile manager (SM-DP+); - said execution task (CLPAi) being able to obtain said communication profile (PROF eid ) from said manager (SM-DP+) via said first communication channel (CC2); - said communication module (COM-NET) being able to set up a communication session (SC1) between said execution task (CLPAi) and a communication agent (DAG) according to Claim 10, said communication agent being configured to send, to said secure element (eUICC), at least one management command regarding management of said profile (PROF eid ), said management command being encapsulated in at least one message sent by said execution task (CLPAi) in the context of said session (SC1); and - a sub-module (MI) configured to delete said execution task (CLPAi) when an action meeting said need has been carried out. - a profile-managing module (MGP) able to dynamically create an execution task (CLPAi) to meet a need to remotely manage a communication profile (PROF eid ) in a secure element (eUICC) embedded in a terminal (T) - said profile-managing module (MGP) being able to execute said execution task (CLPAi); - a communication module (COM-NET) able to set up in a network a first communication channel (CC2) between said execution task (CLPAi) and a communication-profile manager (SM-DP+); - said execution task (CLPAi) being able to obtain said communication profile (PROF eid ) from said manager (SM-DP+) via said first communication channel (CC2); - said communication module (COM-NET) being able to set up a communication session (SC1) between said execution task (CLPAi) and a communication agent (DAG) according to Claim 10, said communication agent being configured to send, to said secure element (eUICC), at least one management command regarding management of said profile (PROF eid ), said management command being encapsulated in at least one message sent by said execution task (CLPAi) in the context of said session (SC1); and - a sub-module (MI) configured to delete said execution task (CLPAi) when an action meeting said need has been carried out.
A pneumatic tire (1; 9; 10), comprising an outer apex which is located axially outward of a bead apex and which is formed from a rubber composition, the rubber composition having a thermal conductivity of 0.45 W/m·K or higher.
Rolling element for use in rolling element bearings , in particular in large rolling element bearings, wherein the rolling element has a logarithmic profile in the unloaded state, wherein the profile at least partly satisfies the profile function P x = { c 1 ⋅ D we ⋅ log 1 1 − 2 ⋅ x L we 2 for x ≤ x grenz c 2 ⋅ D we ⋅ log 1 1 − 2 ⋅ x L we 2 for x > x grenz where D we corresponds to the maximum diameter of the rolling element and L we corresponds to the effective length of the rolling element , c 1 is a first logarithmic coefficient, c 2 is a second logarithmic coefficient, where x grenz is a transition constant, and the x coordinate extends parallel to the axis of rotation of the rolling element, characterized in that c 1 and c 2 have different values, the first logarithmic coefficient c 1 being a function c 1 = c 1 (x) dependent on x. where D we corresponds to the maximum diameter of the rolling element and L we corresponds to the effective length of the rolling element , c 1 is a first logarithmic coefficient, c 2 is a second logarithmic coefficient, where x grenz is a transition constant, and the x coordinate extends parallel to the axis of rotation of the rolling element, characterized in that c 1 and c 2 have different values, the first logarithmic coefficient c 1 being a function c 1 = c 1 (x) dependent on x.
An apparatus for determining a distance of the apparatus to an object comprising: a radiation source configured to provide a radiation beam , a transmissive device with a predefined distance between a first surface and a second surface of the device, wherein the first surface is arranged to reflect a first part of the radiation beam , and the second surface is arranged to reflect a second part of the radiation beam , a detector configured i) to receive at least a portion of the first part of the radiation beam on a first location on the detector, ii) to receive at least a portion of the second part of the radiation beam on a second location on the detector, and iii) to receive at least a portion of the radiation beam after interaction with the transmissive device and with the object on a third location on the detector, and a processor configured to receive a signal from the detector to determine the distance of the apparatus to the object based on the spatial distance between the first location and the second location , and at least one of the spatial distance between the first location and the third location , and the spatial distance between the second location and the third location . a radiation source configured to provide a radiation beam , a transmissive device with a predefined distance between a first surface and a second surface of the device, wherein the first surface is arranged to reflect a first part of the radiation beam , and the second surface is arranged to reflect a second part of the radiation beam , the first surface is arranged to reflect a first part of the radiation beam , and the second surface is arranged to reflect a second part of the radiation beam , a detector configured i) to receive at least a portion of the first part of the radiation beam on a first location on the detector, ii) to receive at least a portion of the second part of the radiation beam on a second location on the detector, and iii) to receive at least a portion of the radiation beam after interaction with the transmissive device and with the object on a third location on the detector, and i) to receive at least a portion of the first part of the radiation beam on a first location on the detector, ii) to receive at least a portion of the second part of the radiation beam on a second location on the detector, and iii) to receive at least a portion of the radiation beam after interaction with the transmissive device and with the object on a third location on the detector, and a processor configured to receive a signal from the detector to determine the distance of the apparatus to the object based on the spatial distance between the first location and the second location , and at least one of the spatial distance between the first location and the third location , and the spatial distance between the second location and the third location . the spatial distance between the first location and the second location , and at least one of the spatial distance between the first location and the third location , and the spatial distance between the second location and the third location .