mhurhangee/patent-ind-claim-en huggingface dataset:
Conveying device for a material processing device , having a base section and a transport section , the base section being designed for coupling to the material processing device and being connected to the transport section via an hinge section in such a manner that the transport section is rotatable or pivotable and retractable between a working position and a transport position on at least a part of the adjustment path of the transport section by means of a first and a second pivot joint about a longitudinal axis, wherein the hinge section comprises a first and a second connection element and a hinge middle part , the first connection element is equipped for indirect or direct coupling to the material processing device and the second connection element is equipped for indirect or direct coupling to the transport section , and the connecting elements and the hinge middle part are coupled by means of the two pivot joints , wherein a second axis of rotation of the second pivot joint is aligned in the direction of the longitudinal extension of the transport section and a first axis of rotation of the first pivot joint is aligned at an angle to the second axis of rotation, characterized in that a first actuator acts between the hinge middle part and the second connection element such that it rotates or pivots the transport section about a longitudinal axis, and in that the first actuator can be fastened to the hinge part in two different mounting positions depending on the selected stop type of the transport section on the material processing device .
A method for in vitro diagnosis and/or in vitro therapy tracking of an infection and/or disease, in particular infectious disease, and/or tumour disease and/or autoimmune disease and/or allergy and/or for vaccination monitoring and/or for the detection of cross-protectivity, wherein the method includes the following steps: (a) providing - a sample which contains antibody-secreting cells, - a carrier with a surface on which anti-Ig antibodies are immobilised, and - a plurality of different antigens from various infectious pathogens and/or various tumour antigens and/or various autoimmune antigens and/or various allergens, wherein the antigens are in each case differently labelled, (b) contacting the carrier surface with the plurality of different antigens and the sample under conditions which are suitable for the antibody-secreting cells to be stimulated by the antigens and for antibodies which are produced by the antibody-secreting cells to bind to the immobilised anti-Ig antibodies of the carrier surface and for the antigens to bind to antibodies which are specific for the antigens, and (c) detecting labelled antigens which have been captured on the carrier surface, whereby the presence or absence of antibody-secreting cells contained in the sample which are specific for the antigens is detected. (a) providing - a sample which contains antibody-secreting cells, - a carrier with a surface on which anti-Ig antibodies are immobilised, and - a plurality of different antigens from various infectious pathogens and/or various tumour antigens and/or various autoimmune antigens and/or various allergens, wherein the antigens are in each case differently labelled, - a sample which contains antibody-secreting cells, - a carrier with a surface on which anti-Ig antibodies are immobilised, and - a plurality of different antigens from various infectious pathogens and/or various tumour antigens and/or various autoimmune antigens and/or various allergens, wherein the antigens are in each case differently labelled, (b) contacting the carrier surface with the plurality of different antigens and the sample under conditions which are suitable for the antibody-secreting cells to be stimulated by the antigens and for antibodies which are produced by the antibody-secreting cells to bind to the immobilised anti-Ig antibodies of the carrier surface and for the antigens to bind to antibodies which are specific for the antigens, and (c) detecting labelled antigens which have been captured on the carrier surface, whereby the presence or absence of antibody-secreting cells contained in the sample which are specific for the antigens is detected.
A system for automatically creating age progression videos, the system comprising: at least one storage storing photos; and a server communicatively coupled with the at least one storage and configured to: identify all pictures of a subject from the photos in the at least one storage by implementing a facial recognition algorithm to analyse the photos to thereby identify all the photos which contain images of the same person and generate a ranked list of unidentified individuals based on how many times that person appears in the user's photos, and wherein the subject is selected from the ranked list based on the rank; identify a subset of the pictures for age progression based on a plurality of criteria; process the subset of pictures; produce an age progression video using all processed pictures in the subset. at least one storage storing photos; and a server communicatively coupled with the at least one storage and configured to: identify all pictures of a subject from the photos in the at least one storage by implementing a facial recognition algorithm to analyse the photos to thereby identify all the photos which contain images of the same person and generate a ranked list of unidentified individuals based on how many times that person appears in the user's photos, and wherein the subject is selected from the ranked list based on the rank; identify a subset of the pictures for age progression based on a plurality of criteria; process the subset of pictures; produce an age progression video using all processed pictures in the subset. identify all pictures of a subject from the photos in the at least one storage by implementing a facial recognition algorithm to analyse the photos to thereby identify all the photos which contain images of the same person and generate a ranked list of unidentified individuals based on how many times that person appears in the user's photos, and wherein the subject is selected from the ranked list based on the rank; identify a subset of the pictures for age progression based on a plurality of criteria; process the subset of pictures; produce an age progression video using all processed pictures in the subset.
A method of transmitting a Device-to-Device, D2D, signal by a user equipment, UE, in D2D communication, the method comprising: performing a frequency hopping for physical resource blocks, PRBs, in a resource block pool based on a predefined hopping pattern; and transmitting a D2D signal on the frequency hopped PRBs , wherein the resource block pool is configured by higher layer signaling, and wherein the D2D signal is transmitted only when PRBs for transmitting the D2D signal are consecutive in a subframe. performing a frequency hopping for physical resource blocks, PRBs, in a resource block pool based on a predefined hopping pattern; and transmitting a D2D signal on the frequency hopped PRBs , wherein the resource block pool is configured by higher layer signaling, and wherein the D2D signal is transmitted only when PRBs for transmitting the D2D signal are consecutive in a subframe.
A method for reducing the audibility of a sensor noise floor in a feed-forward road noise cancellation (RNC) system, the method characterised in that it comprises: estimating a sensor noise floor anti-noise (SNFAN) level, the SNFAN level representing an amount of anti-noise at a location in a passenger cabin of a vehicle due to a noise floor of at least one sensor; determining an in-cabin sound level in the passenger cabin; and adjusting , an attenuation level of an anti-noise signal to be radiated into the passenger cabin by at least one speaker based on a comparison of the in-cabin sound level to the SNFAN level. estimating a sensor noise floor anti-noise (SNFAN) level, the SNFAN level representing an amount of anti-noise at a location in a passenger cabin of a vehicle due to a noise floor of at least one sensor; determining an in-cabin sound level in the passenger cabin; and adjusting , an attenuation level of an anti-noise signal to be radiated into the passenger cabin by at least one speaker based on a comparison of the in-cabin sound level to the SNFAN level.
Tool for actuating a locking latch locking a brake lining at a lining holder of a brake lining holder for a rail vehicle, having a lever handle , an actuating journal which is arranged at the lever handle and is insertable into a tool opening of the locking latch , characterized in that a guide element and a pivot axis arranged between the actuating journal and the guide element are arranged at the lever handle , wherein the guide element is guidable along a contour of the lining holder and wherein the guide element is positioned in relation to the actuating journal such that the tool can only be detached from the lining holder in a locking position of the locking latch . a lever handle , an actuating journal which is arranged at the lever handle and is insertable into a tool opening of the locking latch , characterized in that a guide element and a pivot axis arranged between the actuating journal and the guide element are arranged at the lever handle , wherein the guide element is guidable along a contour of the lining holder and wherein the guide element is positioned in relation to the actuating journal such that the tool can only be detached from the lining holder in a locking position of the locking latch .
A method for the fully offline interception-free interaction with a cryptocurrency network using a device, the method comprises: - generating a by the cryptocurrency network acceptable cryptographic key pair on the device, wherein the cryptographic key pair comprises a public key and a private key; - wirelessly transmitting a transaction signature request from a network-enabled device to the device, the transaction signature request comprising a requested amount of cryptocurrency, a source address, a destination address, and metadata, wherein the transaction signature request is verified by a user on the device, wherein upon successful verification, the transaction signature request is cryptographically signed by the device using the private key, and wherein the fully signed transaction is wirelessly transmitted from the device to the network-enabled device for broadcast to the cryptocurrency network; characterized in that the device is a network-disabled device, wherein the fully signed transaction is wirelessly transmitted by visualizing said fully signed transaction on the network-disabled device as at least one offline generated communication medium, wherein the cryptographic key pair is generated from one or more seeds, wherein the private key is generated by transforming one or more seeds, using one or more functions, concatenations, or a combination thereof, wherein the public key is generated from the private key using a digital signature algorithm, wherein one or more of the seeds used for the generation of a cryptographic key-pair, are generated using one or more environmental sensors, biometric sensors, or combinations thereof, and wherein at least one of the one or more seeds used for generating a cryptographic key-pair, is a true random number or a true random vector generated using one or more environmental sensors, biometric sensors or combinations thereof. - generating a by the cryptocurrency network acceptable cryptographic key pair on the device, wherein the cryptographic key pair comprises a public key and a private key; - wirelessly transmitting a transaction signature request from a network-enabled device to the device, the transaction signature request comprising a requested amount of cryptocurrency, a source address, a destination address, and metadata, wherein the transaction signature request is verified by a user on the device, wherein upon successful verification, the transaction signature request is cryptographically signed by the device using the private key, and wherein the fully signed transaction is wirelessly transmitted from the device to the network-enabled device for broadcast to the cryptocurrency network;
An index output device comprising: an electric stimulation section configured to apply an electric stimulus to a living body; an acquisition section configured to acquire a plurality of physiological responses from a living body in response to the common electric stimulus applied to the living body by the electric stimulation section; a calculation section configured to calculate, based on the plurality of responses of the living body acquired by the acquisition section, an index related to a level of muscular relaxation and an index related to a level of analgesia; and an output section configured to output the calculated indexes. an electric stimulation section configured to apply an electric stimulus to a living body; an acquisition section configured to acquire a plurality of physiological responses from a living body in response to the common electric stimulus applied to the living body by the electric stimulation section; a calculation section configured to calculate, based on the plurality of responses of the living body acquired by the acquisition section, an index related to a level of muscular relaxation and an index related to a level of analgesia; and an output section configured to output the calculated indexes.
Adhesive composition comprising: A.1) at least 4% by weight of one or more polysilylated polymers having a number-average molecular weight (Mn) of at least 6000 g/mol and selected from polymers comprising a polyether-type and/or polyurethane-type main chain and at least two hydrolysable silylated end groups, said silylated end groups being attached to the main chain of the polymer by a urethane function or ether function (referred to as a connecting group), A.2) at least 13% by weight of one or more monosilylated polymers having a number-average molecular weight (Mn) of at least 1000 g/mol and selected from polymers comprising a polyether-type and/or polyurethane-type main chain and a hydrolysable silylated end group, said silylated end group being attached to the main chain of the polymer by a urethane function or ether function (referred to as a connecting group), B) at least 25% by weight of one or more tackifying resins having (in each case) a hydroxyl value of less than or equal to 100, and C) at least 0.2% of one or more crosslinking catalysts, the % contents by weight being expressed relative to the total weight of the adhesive composition, and the sum total of the contents of all the ingredients of the adhesive composition being equal to 100%. A.1) at least 4% by weight of one or more polysilylated polymers having a number-average molecular weight (Mn) of at least 6000 g/mol and selected from polymers comprising a polyether-type and/or polyurethane-type main chain and at least two hydrolysable silylated end groups, said silylated end groups being attached to the main chain of the polymer by a urethane function or ether function (referred to as a connecting group), A.2) at least 13% by weight of one or more monosilylated polymers having a number-average molecular weight (Mn) of at least 1000 g/mol and selected from polymers comprising a polyether-type and/or polyurethane-type main chain and a hydrolysable silylated end group, said silylated end group being attached to the main chain of the polymer by a urethane function or ether function (referred to as a connecting group), B) at least 25% by weight of one or more tackifying resins having (in each case) a hydroxyl value of less than or equal to 100, and C) at least 0.2% of one or more crosslinking catalysts,
A snow gliding device comprising - a first gliding surface - a first layer for heating said first gliding surface, characterised in that the first layer comprises: - a positive temperature coefficient superimposed impedance polymeric compound - a first and a second electrode , wherein said positive temperature coefficient superimposed impedance polymeric compound is at least partially sandwiched between said first and second electrode , and which first and second electrodes are adapted to provide a potential difference across said positive temperature coefficient superimposed impedance polymeric compound when connected to a power source, which first layer is arranged adjacent to and in thermal communication with said first gliding surface; wherein said snow gliding device further comprises: - a control circuitry for adjusting the potential difference provided to said positive temperature coefficient superimposed impedance polymeric compound in correspondence with a predetermined value, which control circuitry comprises an interface adapted to receive said predetermined value manually or wirelessly entered into said interface. - a first gliding surface - a first layer for heating said first gliding surface, characterised in that the first layer comprises: - a positive temperature coefficient superimposed impedance polymeric compound - a first and a second electrode , wherein said positive temperature coefficient superimposed impedance polymeric compound is at least partially sandwiched between said first and second electrode , and which first and second electrodes are adapted to provide a potential difference across said positive temperature coefficient superimposed impedance polymeric compound when connected to a power source, - a positive temperature coefficient superimposed impedance polymeric compound - a first and a second electrode , wherein said positive temperature coefficient superimposed impedance polymeric compound is at least partially sandwiched between said first and second electrode , and which first and second electrodes are adapted to provide a potential difference across said positive temperature coefficient superimposed impedance polymeric compound when connected to a power source, - a control circuitry for adjusting the potential difference provided to said positive temperature coefficient superimposed impedance polymeric compound in correspondence with a predetermined value, which control circuitry comprises an interface adapted to receive said predetermined value manually or wirelessly entered into said interface.
An information processing apparatus comprising: a display ; an input device ; a mode control unit configured to perform control at least so as to periodically confirm whether a condition for a switch from a first mode that causes the information processing apparatus to be operated in a first state at a first voltage level into a second mode that causes the information processing apparatus to be operated in a second state at a second voltage level higher than the first voltage level is satisfied, wherein the second state is a state running with low power consumption in comparison to the power consumption of a running state and/or with the display being in an off state, and to periodically switch from the first mode into the second mode if the condition is satisfied; and an operation control unit configured to disable certain input operation on the input device performed by a user upon receiving a notification that the first state has shifted into the second state if the information processing apparatus operates in the second state, after the mode control unit switches the mode from the first mode to the second mode, and to prevent the information processing apparatus from switching into the running state and/or the display from turning on if the certain input operation is performed by the user. a display ; an input device ; a mode control unit configured to perform control at least so as to periodically confirm whether a condition for a switch from a first mode that causes the information processing apparatus to be operated in a first state at a first voltage level into a second mode that causes the information processing apparatus to be operated in a second state at a second voltage level higher than the first voltage level is satisfied, wherein the second state is a state running with low power consumption in comparison to the power consumption of a running state and/or with the display being in an off state, and to periodically switch from the first mode into the second mode if the condition is satisfied; and an operation control unit configured to disable certain input operation on the input device performed by a user upon receiving a notification that the first state has shifted into the second state if the information processing apparatus operates in the second state, after the mode control unit switches the mode from the first mode to the second mode, and to prevent the information processing apparatus from switching into the running state and/or the display from turning on if the certain input operation is performed by the user.
1 - An electrode wire for machining by electrical discharge machining, said electrode wire comprising: - a metallic core , made of one or more layers of metal or of metallic alloy, - on the metallic core , a coating having an alloy different from that of the metallic core and containing more than 50% by weight of zinc, characterized in that the coating comprises delta-phase copper-zinc alloy . - a metallic core , made of one or more layers of metal or of metallic alloy, - on the metallic core , a coating having an alloy different from that of the metallic core and containing more than 50% by weight of zinc,
A method for wireless communications performed by a user equipment, UE, comprising: receiving a current transmission of a packet; determining , based on the current packet transmission, one or more previous transmissions of the packet occurred and at least one parameter associated with the one or more previous transmissions, wherein the one or more previous transmissions of the packet include at least one transmission for which an associated control channel was not received by the UE, and wherein data samples associated with the least one transmission are arranged to be buffered at the UE; and combining the current packet transmission with the previous transmissions based on the determination, wherein the at least one parameter includes information that enables the current packet transmission to be combined with the previous transmissions using the buffered data samples to enable data decoding of the packet, wherein the current packet transmission and the previous transmissions comprise hybrid automatic repeat request, HARQ, retransmissions of the packet. receiving a current transmission of a packet; determining , based on the current packet transmission, one or more previous transmissions of the packet occurred and at least one parameter associated with the one or more previous transmissions, wherein the one or more previous transmissions of the packet include at least one transmission for which an associated control channel was not received by the UE, and wherein data samples associated with the least one transmission are arranged to be buffered at the UE; and combining the current packet transmission with the previous transmissions based on the determination, wherein the at least one parameter includes information that enables the current packet transmission to be combined with the previous transmissions using the buffered data samples to enable data decoding of the packet, wherein the current packet transmission and the previous transmissions comprise hybrid automatic repeat request, HARQ, retransmissions of the packet.