mhurhangee/patent-ind-claim-en huggingface dataset:
Golf glove having marking surfaces which are provided on a back of the hand and on a palm of the hand, wherein the golf glove has three markings, wherein a first marking is provided on the back of the hand in the region of the metacarpus, wherein the at least one marking surface of the first marking is configured to cover, or to at least partially cover, metacarpophalangeal joints of an index finger and middle finger , characterized - in that the marking surface in the region of the metacarpophalangeal joints of a ring finger and little finger is configured to leave the metacarpophalangeal joints free and is arranged to extend on the metacarpus, and - in that a second marking is provided on the back of the hand with in each case at least one marking surface on the index finger , on the middle finger , on the ring finger and on the little finger which is arranged between a distal interphalangeal joint and a proximal interphalangeal joint or which is configured to at least partially cover a distal interphalangeal joint , and - in that a third marking is provided on the palm of the hand for the index finger , the middle finger and the ring finger with in each case a marking surface which is configured to cover a fingertip and to extend at least as far as the distal interphalangeal joint , and in that a marking surface for the little finger is provided between the distal interphalangeal joint and the proximal interphalangeal joint . - in that the marking surface in the region of the metacarpophalangeal joints of a ring finger and little finger is configured to leave the metacarpophalangeal joints free and is arranged to extend on the metacarpus, and - in that a second marking is provided on the back of the hand with in each case at least one marking surface on the index finger , on the middle finger , on the ring finger and on the little finger which is arranged between a distal interphalangeal joint and a proximal interphalangeal joint or which is configured to at least partially cover a distal interphalangeal joint , and - in that a third marking is provided on the palm of the hand for the index finger , the middle finger and the ring finger with in each case a marking surface which is configured to cover a fingertip and to extend at least as far as the distal interphalangeal joint , and in that a marking surface for the little finger is provided between the distal interphalangeal joint and the proximal interphalangeal joint .
A system , comprising: a neuromodulation catheter comprising- an elongated shaft having a distal portion and a proximal portion , wherein the distal portion is configured to be positioned at a target site in a blood vessel (V) of a human patient; and a plurality of electrodes spaced along the distal portion of the shaft; and a controller configured to be communicatively coupled to the electrodes, wherein the controller is further configured to- apply a first stimulus at and/or proximate to the target site within the blood vessel (V); detect, via at least one of the electrodes , vessel impedance resulting from the first stimulus to determine a baseline impedance; deliver neuromodulation energy to the target site within the blood vessel (V) of the human patient via the distal portion of the shaft ; apply a second stimulus at and/or proximate to the target site within the blood vessel (V) after delivering the neuromodulation energy; detect, via at least one of the electrodes , vessel impedance resulting from the second stimulus to determine a post-neuromodulation impedance; and assess efficacy of the neuromodulation based at least in part on a comparison of the baseline impedance and the post-neuromodulation impedance. a neuromodulation catheter comprising- an elongated shaft having a distal portion and a proximal portion , wherein the distal portion is configured to be positioned at a target site in a blood vessel (V) of a human patient; and a plurality of electrodes spaced along the distal portion of the shaft; and a controller configured to be communicatively coupled to the electrodes, wherein the controller is further configured to- apply a first stimulus at and/or proximate to the target site within the blood vessel (V); detect, via at least one of the electrodes , vessel impedance resulting from the first stimulus to determine a baseline impedance; deliver neuromodulation energy to the target site within the blood vessel (V) of the human patient via the distal portion of the shaft ; apply a second stimulus at and/or proximate to the target site within the blood vessel (V) after delivering the neuromodulation energy; detect, via at least one of the electrodes , vessel impedance resulting from the second stimulus to determine a post-neuromodulation impedance; and assess efficacy of the neuromodulation based at least in part on a comparison of the baseline impedance and the post-neuromodulation impedance.
A heating tool comprising: a steam generator in which a heat generating layer and a water absorbent sheet which carries water are laminated; wherein the heat generating layer contains an oxidizable metal , a carbon component , a water absorbent polymer , and water; and a bag at least a portion of which has an air permeability and which accommodates the steam generator , wherein a mass ratio of the water absorbent sheet is equal to or greater than 0.9 and equal to or less than 15 with respect to the water absorbent polymer contained in the heat generating layer characterized in that the heat generating layer is obtained by spraying the water absorbent polymer as a substantially sheet-like shape on a layer containing the oxidizable metal , the carbon component and water. a steam generator in which a heat generating layer and a water absorbent sheet which carries water are laminated; wherein the heat generating layer contains an oxidizable metal , a carbon component , a water absorbent polymer , and water; and a bag at least a portion of which has an air permeability and which accommodates the steam generator , wherein a mass ratio of the water absorbent sheet is equal to or greater than 0.9 and equal to or less than 15 with respect to the water absorbent polymer contained in the heat generating layer characterized in that the heat generating layer is obtained by spraying the water absorbent polymer as a substantially sheet-like shape on a layer containing the oxidizable metal , the carbon component and water.
Tool element for a tool for the injection molding of plastic parts, wherein the tool element is composed at least of a first assembly (61, 61', 61") and of a second assembly (62, 62', 62"), wherein at least one mold insert (1, 2 and/or 214) associated with the first assembly (61, 61', 61") is fastened to the second assembly (62, 62', 62") in order to form the mold cavity, and wherein an ejecting device for ejecting completely injection-molded injection molded parts is combined in the tool element with the mold insert (1, 2 and/or 214), and wherein at least the one mold insert (1, 2 and/or 214) and the ejecting device form the first assembly (61, 61', 61"), and wherein the first assembly (61, 61', 61") is detachably arranged on the second assembly (62, 62', 62") of the associated tool element in such a way that the first assembly (61, 61', 61") can be inserted and/or fitted into the second assembly (62, 62', 62") at least in some regions in a predetermined stacking direction (S) and is mounted in the stacking direction (S), characterized in that the first assembly (61, 61', 61") is connected to the second assembly (62, 62', 62") by means of a locking mechanism, which locks the mold insert (1, 2 and/or 214) to the second assembly (62, 62', 62") at a first position (243', 243", 250) by means of a first locking means (206', 206") and locks the ejecting device to the second assembly (62, 62', 62") at a second position (237', 237", 251, 251', 251", 251′′′) by means of a second locking means (240', 240"), wherein the first and/or the second locking means (206', 206", 240', 240") are movably mounted, and in that the actuating element is linearly movable or rotatably mounted. wherein an ejecting device for ejecting completely injection-molded injection molded parts is combined in the tool element with the mold insert (1, 2 and/or 214), and wherein at least the one mold insert (1, 2 and/or 214) and the ejecting device form the first assembly (61, 61', 61"), and wherein the first assembly (61, 61', 61") is detachably arranged on the second assembly (62, 62', 62") of the associated tool element in such a way that the first assembly (61, 61', 61") can be inserted and/or fitted into the second assembly (62, 62', 62") at least in some regions in a predetermined stacking direction (S) and is mounted in the stacking direction (S), characterized in that the first assembly (61, 61', 61") is connected to the second assembly (62, 62', 62") by means of a locking mechanism, which locks the mold insert (1, 2 and/or 214) to the second assembly (62, 62', 62") at a first position (243', 243", 250) by means of a first locking means (206', 206") and locks the ejecting device to the second assembly (62, 62', 62") at a second position (237', 237", 251, 251', 251", 251′′′) by means of a second locking means (240', 240"), wherein the first and/or the second locking means (206', 206", 240', 240") are movably mounted, and in that the actuating element is linearly movable or rotatably mounted.
An automated dispensing system comprising: a controller configured to process a request for one or more articles to be dispensed; one or more storage modules comprising a plurality of moveable trays stacked vertically, each of the moveable trays comprising one or more storage locations to hold the one or more articles; a loading bin having an end panel and a sliding floor ; and a robot configured to access the one or more storage locations within the one or more moveable trays within the one or more storage modules and transfer the requested one or more articles to the loading bin prior to dispensing the requested one or more articles from the loading bin into a patient-specific container , wherein each of the one or more moveable trays is moved from a storage position to a retrieval position prior to the access by the robot to the one or more storage locations to retrieve the one or more articles, wherein the loading bin dispenses the requested one or more articles into the patient-specific container in response to the loading bin being inserted into the patient-specific container, the end panel opening an end of the bin, the sliding floor retracting from the bin, and the bin being removed from the patient-specific container. a controller configured to process a request for one or more articles to be dispensed; one or more storage modules comprising a plurality of moveable trays stacked vertically, each of the moveable trays comprising one or more storage locations to hold the one or more articles; a loading bin having an end panel and a sliding floor ; and a robot configured to access the one or more storage locations within the one or more moveable trays within the one or more storage modules and transfer the requested one or more articles to the loading bin prior to dispensing the requested one or more articles from the loading bin into a patient-specific container , wherein each of the one or more moveable trays is moved from a storage position to a retrieval position prior to the access by the robot to the one or more storage locations to retrieve the one or more articles, wherein the loading bin dispenses the requested one or more articles into the patient-specific container in response to the loading bin being inserted into the patient-specific container, the end panel opening an end of the bin, the sliding floor retracting from the bin, and the bin being removed from the patient-specific container.
A permanent concrete formwork for the manufacture of a metal-concrete composite structure , said formwork comprising: • two walls each formed of at least one metal plate , said walls being parallel, located facing each other and spaced apart from each other so as to delimit an internal volume of the formwork ; • struts connecting the two walls and securing said two walls together, the struts passing right through said two walls and thereby protruding from each side of the formwork ; • bars located on each of the walls and protruding in the internal volume of the formwork , each metal plate is secured to the opposite metal plate by at least three struts , a first strut being located at a first end of the metal plate , a second strut being located at a second end opposite said first end, and a third strut being located in a central region located between said first end and said second end, and the struts comprise threaded ends, the struts being secured to the metal plate by bolting, characterized in that the walls comprise two metal plates placed end-to-end, said formwork further comprising an assembly rod only deposited on the struts and/or on the bars , said assembly rod comprising a protrusion at each of its ends and being placed inside the internal volume of the formwork facing the connection between the two metal plates . • two walls each formed of at least one metal plate , said walls being parallel, located facing each other and spaced apart from each other so as to delimit an internal volume of the formwork ; • struts connecting the two walls and securing said two walls together, the struts passing right through said two walls and thereby protruding from each side of the formwork ; • bars located on each of the walls and protruding in the internal volume of the formwork ,
An oligonucleotide compound which down-regulates expression of the p53 gene, for use in treating chronic kidney disease (CKD) resulting from exposure to recurring renal insults in a subject suffering from CKD.
A method for chrome plating a substrate using an electrolyte solution, the method comprising: dissolving in an aqueous medium a trivalent chromium (III) chloride in an amount ranging from 0.1 mol to 0.9 mol per liter of the electrolyte solution; dissolving an oxalate compound in an amount ranging from 0.1 mol to 3.0 mol per liter of the electrolyte solution; dissolving a group 13 metal salt in an amount ranging from 0.1 mol to 4.0 mol per liter of the electrolyte solution, an alkali metal sulfate in an amount ranging from 0.1 mol to 2.0 mol per liter of the electrolyte solution, and an alkali metal halide in an amount ranging from 0.1 mol to 0.5 mol per liter of the electrolyte solution; adding sodium lauryl sulfate and/or potassium lauryl sulfate in an amount ranging from 0.1 g to 1 g per liter of the electrolyte solution; and passing a current between a cathode and an anode through the electrolyte solution to deposit chromium on the substrate. dissolving in an aqueous medium a trivalent chromium (III) chloride in an amount ranging from 0.1 mol to 0.9 mol per liter of the electrolyte solution; dissolving an oxalate compound in an amount ranging from 0.1 mol to 3.0 mol per liter of the electrolyte solution; dissolving a group 13 metal salt in an amount ranging from 0.1 mol to 4.0 mol per liter of the electrolyte solution, an alkali metal sulfate in an amount ranging from 0.1 mol to 2.0 mol per liter of the electrolyte solution, and an alkali metal halide in an amount ranging from 0.1 mol to 0.5 mol per liter of the electrolyte solution; adding sodium lauryl sulfate and/or potassium lauryl sulfate in an amount ranging from 0.1 g to 1 g per liter of the electrolyte solution; and passing a current between a cathode and an anode through the electrolyte solution to deposit chromium on the substrate.
A method for transferring a file , the method comprising: sending, by a sender device configured to transfer a file to a receiver device , an identifier of the receiver device and a public key to a server via a first network that connects at least the sender device , the server and the receiver device ; receiving, by the sender device via the first network , a session token from the server , the session token and the public key being sent to the receiver device via the first network by the server; detecting, by the sender device after receiving the session token, a peer-to-peer (P2P) wireless network established by the receiver device , the P2P wireless network broadcasting a service set identifier, SSID, with a network key encrypted using the public key; and connecting, by the sender device using the network key, to the P2P wireless network to transfer the file to the receiver device via the P2P wireless network. sending, by a sender device configured to transfer a file to a receiver device , an identifier of the receiver device and a public key to a server via a first network that connects at least the sender device , the server and the receiver device ; receiving, by the sender device via the first network , a session token from the server , the session token and the public key being sent to the receiver device via the first network by the server; detecting, by the sender device after receiving the session token, a peer-to-peer (P2P) wireless network established by the receiver device , the P2P wireless network broadcasting a service set identifier, SSID, with a network key encrypted using the public key; and connecting, by the sender device using the network key, to the P2P wireless network to transfer the file to the receiver device via the P2P wireless network.
A computing system comprising: a machine learning, ML, classifier , the ML classifier having been trained using a plurality of characteristic files corresponding to different software applications to classify the different software applications among a plurality of predetermined categories defining an application provider, application name and/or release version of the application; the ML classifier being configured to: receive a request for classification of a discovered application , the request including a characteristic file selected from within a directory corresponding to the discovered application, the request being received from a discovery application that initiates discovery of software applications installed on computing devices within a managed network , generates a configuration item for the discovered application, selects the characteristic file from within the directory corresponding to the discovered application, transmits the request for classification of the discovered application to the ML classifier, and modifies the configuration item to include the classification of the application by the ML classifier; in response to receiving the request, classify the discovered application based on the characteristic file; and transmit, to the discovery application, data indicating the classification of the discovered application for the discovery application to use to modify the configuration item to include the classification; wherein the characteristic file is a configuration file of the discovered application that defines a plurality of parameters according to which the discovered application is configured to operate. receive a request for classification of a discovered application , the request including a characteristic file selected from within a directory corresponding to the discovered application, the request being received from a discovery application that initiates discovery of software applications installed on computing devices within a managed network , generates a configuration item for the discovered application, selects the characteristic file from within the directory corresponding to the discovered application, transmits the request for classification of the discovered application to the ML classifier, and modifies the configuration item to include the classification of the application by the ML classifier; in response to receiving the request, classify the discovered application based on the characteristic file; and transmit, to the discovery application, data indicating the classification of the discovered application for the discovery application to use to modify the configuration item to include the classification; wherein the characteristic file is a configuration file of the discovered application that defines a plurality of parameters according to which the discovered application is configured to operate.
A method performed by a base station for transmitting data, the method comprising: transmitting, to a terminal, a transport block including a plurality of code blocks, the plurality of code blocks being included in a plurality of code block groups; receiving, from the terminal, a negative acknowledgement, NACK, corresponding to the first transport block; generating an indicator associated with a hybrid automatic repeat request, HARQ, combining at the terminal, wherein the generating of the indicator comprises determining that at least one code block group mapped to resources in which first type data and second type data overlap with each other is not combinable; transmitting, to the terminal, downlink control information, DCI, associated with a second transport block which corresponds to a retransmission of the first transport block, the DCI including the indicator; and transmitting, to the terminal, the second transport block, wherein each bit of the indicator indicates whether a code block group in the second transport block is combinable with the same code block group in the first transport block or not, and wherein a number of bits of the indicator is M and a number of a plurality of code blocks is N, each of the first M-1 bits of the indicator corresponds to ┌ N / M ┐ code blocks and a last M-th bit corresponds to N-(M-1) ┌ N / M ┐ code blocks, where N > M and M > 1. transmitting, to a terminal, a transport block including a plurality of code blocks, the plurality of code blocks being included in a plurality of code block groups; receiving, from the terminal, a negative acknowledgement, NACK, corresponding to the first transport block; generating an indicator associated with a hybrid automatic repeat request, HARQ, combining at the terminal, wherein the generating of the indicator comprises determining that at least one code block group mapped to resources in which first type data and second type data overlap with each other is not combinable; transmitting, to the terminal, downlink control information, DCI, associated with a second transport block which corresponds to a retransmission of the first transport block, the DCI including the indicator; and transmitting, to the terminal, the second transport block, wherein each bit of the indicator indicates whether a code block group in the second transport block is combinable with the same code block group in the first transport block or not, and wherein a number of bits of the indicator is M and a number of a plurality of code blocks is N, each of the first M-1 bits of the indicator corresponds to ┌ N / M ┐ code blocks and a last M-th bit corresponds to N-(M-1) ┌ N / M ┐ code blocks, where N > M and M > 1.
A jet hole plate for use in a liquid jet head , the jet hole plate comprising a metal substrate provided with a plurality of jet holes (H), the metal substrate having a principal surface provided with outlets (Ha) of the jet holes, wherein, on the principal surface, a surface roughness in outlet edge regions (Ea) of the jet holes is smaller than that in surrounding regions (Eb) around the outlet edge regions, wherein the jet holes are formed in a line on the principal surface; characterized in that the outlet edge regions are in contact with each other between adjacent outlet edge regions.