mhurhangee/patent-ind-claim-en huggingface dataset:
A heat pipe heat exchanger comprising: a high temperature portion (H) formed with a high temperature chamber (HR) through which a high temperature fluid (HT) flows in and out; a low temperature portion (L) formed with a low temperature chamber (LR) through which a low temperature fluid (LT) flows in and out; a separation plate installed between the high temperature portion and the low temperature portion to partition the high temperature portion and the low temperature portion; and a plurality of heat exchange units installed to pass through the separation plate and transferring heat from the high temperature portion to the low temperature portion for heat exchange, characterised in that the separating plate includes a pair of first separation portions spaced apart from each other, a plurality of second separation portions disposed between the pair of first separation plates, and a pair of guide rails that slidably support both ends of the first and second separation portions, and are spaced apart from each other, and the plurality of heat exchange portions are inserted and fixed between the first separation portion and the second separation portion, and between the second separation portions adjacent to each other. a high temperature portion (H) formed with a high temperature chamber (HR) through which a high temperature fluid (HT) flows in and out; a low temperature portion (L) formed with a low temperature chamber (LR) through which a low temperature fluid (LT) flows in and out; a separation plate installed between the high temperature portion and the low temperature portion to partition the high temperature portion and the low temperature portion; and a plurality of heat exchange units installed to pass through the separation plate and transferring heat from the high temperature portion to the low temperature portion for heat exchange, characterised in that the separating plate includes a pair of first separation portions spaced apart from each other, a plurality of second separation portions disposed between the pair of first separation plates, and a pair of guide rails that slidably support both ends of the first and second separation portions, and are spaced apart from each other, and the plurality of heat exchange portions are inserted and fixed between the first separation portion and the second separation portion, and between the second separation portions adjacent to each other.
An implantable device for a visual prosthesis, the implantable device for stimulating neural tissue, comprising: a flexible circuit comprising a sandwiched polymer body having: at a first end, an electrode array comprising a plurality of electrodes; at a second end, bond pads for connecting the array to an electronics package; and traces through a cable connecting the bond pads to the electrodes, the sandwiched polymer body comprising: a base polyimide layer; a metal layer on the base polyimide layer forming the electrodes in the electrode array at the first end, the bond pads in a bond pad region at the second end opposite the first end and the traces connecting the electrodes to bond pads through the cable between the electrode array and the bond pad region; a top polyimide layer on the base polyimide layer and metal layer and defining openings for the electrodes; wherein: the electrode array is coated with a layer of PDMS which is opened to expose the electrodes; the electrode array is flexible to conform to the neural tissue, and pre-formed to approximate the neural tissue; and characterized in that : the cable comprises a plurality of undulations to provide a stress relief features configured to reduce stress transmission through the cable. a flexible circuit comprising a sandwiched polymer body having: at a first end, an electrode array comprising a plurality of electrodes; at a second end, bond pads for connecting the array to an electronics package; and traces through a cable connecting the bond pads to the electrodes, the sandwiched polymer body comprising: a base polyimide layer; a metal layer on the base polyimide layer forming the electrodes in the electrode array at the first end, the bond pads in a bond pad region at the second end opposite the first end and the traces connecting the electrodes to bond pads through the cable between the electrode array and the bond pad region; a top polyimide layer on the base polyimide layer and metal layer and defining openings for the electrodes; a base polyimide layer; a metal layer on the base polyimide layer forming the electrodes in the electrode array at the first end, the bond pads in a bond pad region at the second end opposite the first end and the traces connecting the electrodes to bond pads through the cable between the electrode array and the bond pad region; a top polyimide layer on the base polyimide layer and metal layer and defining openings for the electrodes; wherein: the electrode array is coated with a layer of PDMS which is opened to expose the electrodes; the electrode array is flexible to conform to the neural tissue, and pre-formed to approximate the neural tissue; and the electrode array is coated with a layer of PDMS which is opened to expose the electrodes; the electrode array is flexible to conform to the neural tissue, and pre-formed to approximate the neural tissue; and characterized in that : the cable comprises a plurality of undulations to provide a stress relief features configured to reduce stress transmission through the cable.
A method for determining uplink control channel resources, comprising: receiving , by a user equipment, UE, a specific parameter configured to correspond to a mapping manner of an enhanced physical downlink control channel, E-PDCCH, of the UE, transmitted by an evolved NodeB, eNB; and determining , by the UE, resources of an uplink control channel, PUCCH, of the UE, according to the specific parameter configured to correspond to the mapping manner of the E-PDCCH of the UE and a PUCCH resource calculation formula corresponding to the mapping manner of the E-PDCCH of the UE, wherein the mapping manner consists of localized mapping and distributed mapping, the specific parameter configured to correspond to the localized mapping manner of the E-PDCCH of the UE and the specific parameter configured to correspond to the distributed mapping manner of the E-PDCCH of the UE are different, and the PUCCH resource calculation formula for E-PDCCH in the localized mapping manner and the PUCCH resource calculation formula for E-PDCCH in the distributed mapping manner are different. receiving , by a user equipment, UE, a specific parameter configured to correspond to a mapping manner of an enhanced physical downlink control channel, E-PDCCH, of the UE, transmitted by an evolved NodeB, eNB; and determining , by the UE, resources of an uplink control channel, PUCCH, of the UE, according to the specific parameter configured to correspond to the mapping manner of the E-PDCCH of the UE and a PUCCH resource calculation formula corresponding to the mapping manner of the E-PDCCH of the UE, wherein the mapping manner consists of localized mapping and distributed mapping, the specific parameter configured to correspond to the localized mapping manner of the E-PDCCH of the UE and the specific parameter configured to correspond to the distributed mapping manner of the E-PDCCH of the UE are different, and the PUCCH resource calculation formula for E-PDCCH in the localized mapping manner and the PUCCH resource calculation formula for E-PDCCH in the distributed mapping manner are different.
Method for data communication via stream in a network operating according to the time-sensitive network principle and comprising one or more nodes , whereby for data transmission between stream users via one or more nodes of the network, resources are reserved at the node(s) using a reservation protocol and data is then transmitted via stream, wherein for transmitting data from a transmitter to a plurality of receivers , a data frame containing a plurality of data subsets intended for different receivers is transmitted by the transmitter , and at at least one output port of at least one node at least one data subset is filtered out of the data frame , and/or that for transmitting data from a plurality of transmitters to a receiver , the receiver receives a data frame containing a plurality of data subsets originating from different transmitters, characterised in that for the transmission of data from a transmitter to the plurality of receivers , at least one talker data subset advertise message is transmitted in the network to a plurality of nodes in the network, and/or for the transmission of data from the plurality of receivers to the one receiver , a listener data subset advertise message is transmitted in the network to a plurality of nodes in the network.
A storage device of at least one piece of luggage which is designed as a corresponding part of the storage device and can be connected by means of a retaining device to a panel element forming an organizer system , which panel element has a plurality of bag elements arranged on a side of the panel element at a respectively defined location and/or receiving devices for receiving bag elements or functional elements, wherein each bag element is assigned to a respective content with a specific functionality, the content of the bag elements representing a basic equipment for a user with essential items to be carried along at all times, and wherein the panel element is designed in a transferable manner, for selective use in the piece of luggage for definable functions, travel or day sections as a corresponding part of the storage device and is fixable thereto by means of the retaining device , characterised in that the retaining device with at least one retaining element is arranged, with respect to the dimensioning of the packed panel element , at a distance from a bottom area of the piece of luggage receiving the panel element , in particular in an edge region facing away from the bottom area , such that the lower edge of the packed panel element is at least approximately flush with the bottom area or that the bottom area is not touched by the packed panel element .
A notification device , comprising: a notification line for notifying an upper-level device that a door is closed; a door switch allowing the notification line by switching to be in a signal transmitted state when the door is closed and allowing the notification line by switching to be in a signal interrupted state when the door is opened; characterized by an interruption unit causing the notification line to be in the signal interrupted state when an abnormality of the door switch is detected. a notification line for notifying an upper-level device that a door is closed; a door switch allowing the notification line by switching to be in a signal transmitted state when the door is closed and allowing the notification line by switching to be in a signal interrupted state when the door is opened; characterized by an interruption unit causing the notification line to be in the signal interrupted state when an abnormality of the door switch is detected.
An assembly comprising a catheter assembly for insertion into a body of a patient, the catheter assembly comprising: an elongate catheter tube defining at least one lumen extending between a proximal end and a distal end; a bifurcation hub operably attached to the catheter tube; and an extension leg operably attached to the bifurcation hub, the bifurcation hub and extension leg defining at least one fluid passageway in fluid communication with the at least one lumen of the catheter tube; at least one sensor included with at least one of the bifurcation hub, the extension leg, and a proximal end of the catheter tube, the at least one sensor configured to detect at least one of a physiological aspect of the patient and a physical aspect of the catheter assembly; the assembly further comprising: a securement device configured to be placed on the skin of the patient and operably connect with and secure in place the catheter assembly, the securement device comprising a communication module configured to wirelessly transmit data sensed by the at least one sensor to a receipt location. an elongate catheter tube defining at least one lumen extending between a proximal end and a distal end; a bifurcation hub operably attached to the catheter tube; and an extension leg operably attached to the bifurcation hub, the bifurcation hub and extension leg defining at least one fluid passageway in fluid communication with the at least one lumen of the catheter tube; at least one sensor included with at least one of the bifurcation hub, the extension leg, and a proximal end of the catheter tube, the at least one sensor configured to detect at least one of a physiological aspect of the patient and a physical aspect of the catheter assembly; the assembly further comprising: a securement device configured to be placed on the skin of the patient and operably connect with and secure in place the catheter assembly, the securement device comprising a communication module configured to wirelessly transmit data sensed by the at least one sensor to a receipt location.
Method for adjusting the volume of audio signals of different volume, in particular of stored music files from different audio sources , which are reproduced after one another as a sound sequence, characterised by the steps: - specification of a target volume for all audio signals to be reproduced after one another, - determination of the volume of an audio signal in a first phase of its reproduction, wherein - the volume of the audio signal is determined, in order to compare this with the target volume, - application of dynamic compression to the audio signal , wherein the dynamic range of the audio signal is reduced, during this first phase , after completion of determining the volume during the first phase increasing or reducing the volume for adjustment to the target volume during a second phase , and - termination of the application of compression to the audio signal on the transition from the first phase to the second phase . - specification of a target volume for all audio signals to be reproduced after one another, - determination of the volume of an audio signal in a first phase of its reproduction, wherein - the volume of the audio signal is determined, in order to compare this with the target volume, - application of dynamic compression to the audio signal , wherein the dynamic range of the audio signal is reduced, during this first phase , after completion of determining the volume during the first phase increasing or reducing the volume for adjustment to the target volume during a second phase , and - termination of the application of compression to the audio signal on the transition from the first phase to the second phase .
A processor comprising: an enclave page cache to store a first secure control structure data in a first secure storage area allocated to a corresponding first secure enclave of a parent process, and to store a second secure control structure data in a second secure storage area allocated to a corresponding second secure enclave of a child process; a decode stage to decode a first instruction for execution by said processor , the first instruction specifying said second secure storage area as an operand; charaterized in that the processor further comprises one or more execution units , responsive to the decoded first instruction, to: copy the first secure control structure data from the first secure storage area to the second secure storage area ; initialize said second secure control structure data with a unique enclave identifier associated with the child process; and record a second secure control structure link to the first secure control structure data in the second secure control structure data. an enclave page cache to store a first secure control structure data in a first secure storage area allocated to a corresponding first secure enclave of a parent process, and to store a second secure control structure data in a second secure storage area allocated to a corresponding second secure enclave of a child process; a decode stage to decode a first instruction for execution by said processor , the first instruction specifying said second secure storage area as an operand; copy the first secure control structure data from the first secure storage area to the second secure storage area ; initialize said second secure control structure data with a unique enclave identifier associated with the child process; and record a second secure control structure link to the first secure control structure data in the second secure control structure data.
A polar group-containing olefin copolymer comprising a structural unit (A) derived from one or more monomers selected from the group consisting of ethylene and an olefin containing 3 to 20 carbon atoms, and a structural unit (B) represented by the following general formula (I): where R x and R y are each independently a hydrogen atom, a halogen atom, a hydroxyl group, a formyl group, an ester group containing 1 to 30 carbon atoms, an acyloxy group containing 1 to 30 carbon atoms, an acyl group containing 1 to 30 carbon atoms, an alkoxy group containing 1 to 30 carbon atoms, an aryloxy group containing 6 to 30 carbon atoms, an alkylthio group containing 1 to 30 carbon atoms, an arylthio group containing 6 to 30 carbon atoms, a nitro group, an amino group optionally being substituted with a hydrocarbon group containing 1 to 30 carbon atoms, a silyl group optionally being substituted with a hydrocarbon group containing 1 to 30 carbon atoms, an amide group optionally being substituted with a hydrocarbon group containing 1 to 30 carbon atoms, a halogen-substituted hydrocarbon group containing 1 to 30 carbon atoms, a hydrocarbon group containing 1 to 30 carbon atoms and optionally being substituted with a functional group containing at least one selected from the group consisting of an oxygen atom, a sulfur atom and a nitrogen atom, or a heterocyclic group optionally being substituted with a functional group containing at least one selected from the group consisting of an oxygen atom, a sulfur atom and a nitrogen atom, or R x and R y are optionally bound to each other to form a 4- to 10-membered ring.
A shear blade for a downhole apparatus, the shear blade comprising: a body portion ; and a first cutting edge provided at a cutting end of the shear blade, characterised in that the first cutting edge comprising a sharp edge located at a central region of the first cutting edge, and at least one blunt edge located at at least one outer portion of the first cutting edge. a body portion ; and a first cutting edge provided at a cutting end of the shear blade, characterised in that the first cutting edge comprising a sharp edge located at a central region of the first cutting edge, and at least one blunt edge located at at least one outer portion of the first cutting edge.
A method, comprising: receiving, at a computing device, a plurality of media content streams , wherein at least two of the plurality of media content streams concurrently each include a same unscheduled media segment, the unscheduled media segment including the same media content in each of the at least two media content streams ; determining that a media display device is playing the unscheduled media segment in a media content stream at a current time by examining the media content available at the current time in each of the plurality of media content streams and by determining that at least two of the plurality of media content streams concurrently each include the same unscheduled media segment; determining identification information of the media content being played by the media display device at the current time by using identification information provided by the media content that was played by the media display device before the unscheduled media segment; determining contextually-related content using identification information that identifies the media content stream; disabling contextually-related content while unscheduled media segment is being played by the media display device; and displaying the media content stream and the contextually-related content after the unscheduled media segment has been played. receiving, at a computing device, a plurality of media content streams , wherein at least two of the plurality of media content streams concurrently each include a same unscheduled media segment, the unscheduled media segment including the same media content in each of the at least two media content streams ; determining that a media display device is playing the unscheduled media segment in a media content stream at a current time by examining the media content available at the current time in each of the plurality of media content streams and by determining that at least two of the plurality of media content streams concurrently each include the same unscheduled media segment; determining identification information of the media content being played by the media display device at the current time by using identification information provided by the media content that was played by the media display device before the unscheduled media segment; determining contextually-related content using identification information that identifies the media content stream; disabling contextually-related content while unscheduled media segment is being played by the media display device; and displaying the media content stream and the contextually-related content after the unscheduled media segment has been played.