mhurhangee/patent-ind-claim-en huggingface dataset:
A method for de-bonding objects contained in an article at an interface between the objects, wherein the objects are joined at the interface through an intermediate layer, comprising: applying energy from a radiation source, wherein the energy is sufficient to cause destruction of bonds within the intermediate layer; and separating the two objects from one another, wherein the intermediate layer is at least one primer layer at an interface between at least one of the objects and a further bonding layer between the objects, and wherein the radiation source is one or more energy modulation agents contained within the at least one primer layer , wherein the one or more energy modulation agents convert an externally applied energy into the energy sufficient to cause destruction of bonds within the at least one primer layer , or between the at least one primer layer and the further bonding layer . applying energy from a radiation source, wherein the energy is sufficient to cause destruction of bonds within the intermediate layer; and separating the two objects from one another, wherein the intermediate layer is at least one primer layer at an interface between at least one of the objects and a further bonding layer between the objects, and wherein the radiation source is one or more energy modulation agents contained within the at least one primer layer , wherein the one or more energy modulation agents convert an externally applied energy into the energy sufficient to cause destruction of bonds within the at least one primer layer , or between the at least one primer layer and the further bonding layer .
A method, implemented on a computer, for detecting, monitoring and/or analyzing a quality of a product being produced in a manufacturing process, said product being transported, on a conveyor belt, in a moving direction during said manufacturing process, the method comprising the steps of a) acquiring an original image Po of the product, said image being representable as a two-dimensional digital image comprising a plurality of pixels having pixel values P 0 ,i,j with i ∈ {1; ...; / }, j ∈ {1; ...; J}; b) producing a plurality of P processed images P p with p ∈ {1; ...; P }, each of said processed images being representable by pixel values P p,m,n with m ∈ {1; ...; M}, n ∈ {1; ...; N }, said processed images being obtained by spatial filtering in form of spatial bandpass filtering, of the original image, wherein a different spatial filter in form of a spatial bandpass filter, is used for obtaining each of the processed images, and c) combining at least two, preferably all, of the processed images P p with p ∈ {1; ...; P } to obtain a feature map F being representable by values F m',n' with m' ∈ {1; ...; M' }, n' ∈ {1; ...; N' }, preferably m '∈ {1; ...; M }, n' ∈ {1; ...; N }, wherein the values F m',n ' of the feature map correspond to a predominant size category for m',n' with F m ′ , n ′ = F m ′ , n ′ = def p max , m ′ , n ′ with P(p max,m',n' ,m',n') > P(p,m',n') with p ∈ {1; ...; P}\ { p max,m',n' }, wherein the processed images P p with p ∈ {1; ...; P} are thresholded and converted to binary images representable by pixel values P p,m,n ∈ {0; 1 } for p ∈ {1; ...; P }, m ∈ {1; ...; M }, n ∈ {1; ...; N }. a) acquiring an original image Po of the product, said image being representable as a two-dimensional digital image comprising a plurality of pixels having pixel values P 0 ,i,j with i ∈ {1; ...; / }, j ∈ {1; ...; J}; b) producing a plurality of P processed images P p with p ∈ {1; ...; P }, each of said processed images being representable by pixel values P p,m,n with m ∈ {1; ...; M}, n ∈ {1; ...; N }, said processed images being obtained by spatial filtering in form of spatial bandpass filtering, of the original image, wherein a different spatial filter in form of a spatial bandpass filter, is used for obtaining each of the processed images, and c) combining at least two, preferably all, of the processed images P p with p ∈ {1; ...; P } to obtain a feature map F being representable by values F m',n' with m' ∈ {1; ...; M' }, n' ∈ {1; ...; N' }, preferably m '∈ {1; ...; M }, n' ∈ {1; ...; N }, wherein the values F m',n ' of the feature map correspond to a predominant size category for m',n' with F m ′ , n ′ = F m ′ , n ′ = def p max , m ′ , n ′ with P(p max,m',n' ,m',n') > P(p,m',n') with p ∈ {1; ...; P}\ { p max,m',n' }, wherein the processed images P p with p ∈ {1; ...; P} are thresholded and converted to binary images representable by pixel values P p,m,n ∈ {0; 1 } for p ∈ {1; ...; P }, m ∈ {1; ...; M }, n ∈ {1; ...; N }.
Method for winding a number of wire mounts of a stator and/or rotor of an electric machine with a number of wire layers, in which the wire layers are introduced by means of at least one additional winding tool arranged reversibly on the wire mounts for receiving the winding force and for guiding the wires into the stator and/or the rotor and wherein the at least one additional winding tool is fixed for winding by a clamping mechanism surrounded by the stator and/or the rotor, which clamping mechanism is formed by tensioning teeth , which are tensioned with a relative movement relative to the stator and/or the rotor at inner ends of respective wire mounts , whereby the additional winding tool is fixed in respective wire mounts of the stator and/or the rotor, and the at least one additional winding tool is removed after the winding by releasing the clamping mechanism from the electric machine, characterised in that the clamping mechanism comprises at least one rotatable inner part with skewed grooves on which bolts of respective tensioning teeth slide so that a rotation of the at least one inner part over the bolts causes a radial movement of the respective tensioning teeth .
An edge-lit flat panel unit containing a planar light guide made of glass or optical plastic; a LED card of light emitting diodes installed close by an end surface of the light guide ; a power supply that feeds the light emitting diodes ; a frame fabricated from tandem-connected profiles connected by connecting units , wherein the frame profiles connecting units comprise an angle piece and a cover ; and wherein the frame profiles and the connecting units are made of plastic; characterized in that the frame comprises first-type profiles comprising an open cavity for holding the planar light guide and a cavity for placing the LED card , and second-type profiles comprising an open cavity for holding the planar light guide and an enclosed cavity for placing the power supply ; in that the LED card has a U-shape profile which middle section and side sections are sited along walls of the cavity for placing the LED card to reinforce them and to exchange heat, wherein the side sections of the U-shaped LED card constitute a light reflector surface, and in that some limiters are mounted within a LED area, thereby bringing a light guide end to a position not closer than 0.1 mm of the light-emitting diodes .
A delta like ligand-4 (DLL4) antagonist for use in a method of treating ovarian or colorectal cancer in a subject that has a blood pressure which is consistently less than 140 mmHg systolic or 90 mmHg diastolic, the method comprising administering the DLL4 antagonist and monitoring the subject for the development of hypertension, wherein the DLL4 antagonist is an immunoglobulin molecule that specifically binds to DLL4.
An electronic communication device for performing an authentication session, wherein the electronic communication device comprises: a processing circuitry configured to generate a random integer offset value; and a PIN pad configured to generate, in response to each of a sequence of operations of the PIN pad by a user , a respective PIN pad signal; wherein the processing circuitry is further configured to generate based on each PIN pad signal a respective integer value and to obfuscate the respective integer value by adding the random integer offset value to the respective integer value; wherein the processing circuitry is further configured, once a pre-defined number of obfuscated integer values have been obtained, to deobfuscate the obfuscated integer values; and wherein the electronic communication device further comprises a communication interface configured to transmit the deobfuscated integer values to an authentication server for processing the authentication session. a processing circuitry configured to generate a random integer offset value; and a PIN pad configured to generate, in response to each of a sequence of operations of the PIN pad by a user , a respective PIN pad signal; wherein the processing circuitry is further configured to generate based on each PIN pad signal a respective integer value and to obfuscate the respective integer value by adding the random integer offset value to the respective integer value; wherein the processing circuitry is further configured, once a pre-defined number of obfuscated integer values have been obtained, to deobfuscate the obfuscated integer values; and wherein the electronic communication device further comprises a communication interface configured to transmit the deobfuscated integer values to an authentication server for processing the authentication session.
A device comprising: a notch filter configured to: receive a seed optical pulse of a sub-picosecond duration from a seed optical source ; and broaden, prior to amplification of the seed optical pulse by an optical amplifier , the seed optical pulse in spectrum to pre-compensate for a gain narrowing effect associated with the amplification, characterised in that a number of passes through, or reflections from, the notch filter by the seed optical pulse exceeds a number of passes through the optical amplifier by the broadened seed optical pulse. receive a seed optical pulse of a sub-picosecond duration from a seed optical source ; and broaden, prior to amplification of the seed optical pulse by an optical amplifier , the seed optical pulse in spectrum to pre-compensate for a gain narrowing effect associated with the amplification, characterised in that a number of passes through, or reflections from, the notch filter by the seed optical pulse exceeds a number of passes through the optical amplifier by the broadened seed optical pulse.
A kit, comprising at least one cold spray and at least one dosage form for transdermally administering at least one pharmaceutically active ingredient, wherein the at least one dosage form comprises a transdermal therapeutic system.
Measurement system, comprising: - a measurement device , and - a shunt resistor comprising a shunt body comprising: - two connecting plates configured for the connection of the shunt resistor to a circuit, and - a shunt resistor metal located in between the two connecting plates and based on alloys with null temperature coefficient, - two signal connections configured for the connection of the shunt resistor to the measurement device , the two signal connections being located at the shunt resistor metal and being made of the same material than the shunt resistor metal , characterised in that the measurement system further comprises two measurement wires configured for being in electrical connection with the measurement device , the two measurement wires being connected over the shunt resistor metal through the signal connections and being made of an alloy of the same material than the shunt resistor metal . - a measurement device , and - a shunt resistor comprising a shunt body comprising: - two connecting plates configured for the connection of the shunt resistor to a circuit, and - a shunt resistor metal located in between the two connecting plates and based on alloys with null temperature coefficient, - two signal connections configured for the connection of the shunt resistor to the measurement device , the two signal connections being located at the shunt resistor metal and being made of the same material than the shunt resistor metal , characterised in that the measurement system further comprises two measurement wires configured for being in electrical connection with the measurement device , the two measurement wires being connected over the shunt resistor metal through the signal connections and being made of an alloy of the same material than the shunt resistor metal . - two connecting plates configured for the connection of the shunt resistor to a circuit, and - a shunt resistor metal located in between the two connecting plates and based on alloys with null temperature coefficient, - two signal connections configured for the connection of the shunt resistor to the measurement device , the two signal connections being located at the shunt resistor metal and being made of the same material than the shunt resistor metal ,
Process for preparing polyethyleneamines of the formula NH2-(CH2-CH2-NH-)pH wherein p is at least 3, wherein one or more -NH-CH2-CH2-NH- units may be present as piperazine units, and/or ethylene urea derivatives of these compounds, comprising the step of reacting monoethylene glycol with an amine-functional compound comprising at least two -NH- units of which at least one is selected from the group of primary amine groups and cyclic secondary amine groups, in the presence of a carbon oxide delivering agent, the amine-functional compound comprising at least one -NH-CH2-CH2-NH- unit wherein one or more -NH-CH2-CH2-NH- units in the amine-functional compound may be present in the form of cyclic ethylene urea moieties of the formula or piperazine moieties of the formula wherein - the molar ratio of amine-functional compound to monoethylene glycol is above 1.2:1, and - the molar ratio of carbon oxide delivering agent to -NH-CH2-CH2-NH- units in the amine-functional compound is at least 0.5:1 wherein a -NH-CH2-CH2-NH- unit is a unit which can form an ethylene urea unit in the amine-functional compound, wherein the carbon oxide delivering agent is selected from the group of carbon dioxide, the CO adduct of monoethylene glycol selected from the group of cyclic ethylene carbonate and HO-CH2-CH2-O-C(O)-O-CH2-CH2-OH, and urea-derivatives of ethylene amine compounds. - the molar ratio of amine-functional compound to monoethylene glycol is above 1.2:1, and - the molar ratio of carbon oxide delivering agent to -NH-CH2-CH2-NH- units in the amine-functional compound is at least 0.5:1 wherein a -NH-CH2-CH2-NH- unit is a unit which can form an ethylene urea unit in the amine-functional compound, wherein the carbon oxide delivering agent is selected from the group of carbon dioxide, the CO adduct of monoethylene glycol selected from the group of cyclic ethylene carbonate and HO-CH2-CH2-O-C(O)-O-CH2-CH2-OH, and urea-derivatives of ethylene amine compounds.
A method for wireless communications by an apparatus, comprising: generating a first frame that requests a wireless node to adjust its receive antenna configuration from an omni mode to a directed mode associated with a bonded channel; outputting the first frame for transmission to the wireless node via at least one of a plurality of channels that form the bonded channel; generating at least one request to send, RTS, frame; and outputting the at least one RTS frame for transmission to the wireless node via the bonded channel. generating a first frame that requests a wireless node to adjust its receive antenna configuration from an omni mode to a directed mode associated with a bonded channel; outputting the first frame for transmission to the wireless node via at least one of a plurality of channels that form the bonded channel; generating at least one request to send, RTS, frame; and outputting the at least one RTS frame for transmission to the wireless node via the bonded channel.
A user equipment, UE , comprising: a memory ; a transceiver ; and a processor coupled to the memory and the transceiver ; wherein the processor is configured to perform re-selection for a pre-selected resource indicated, by sidelink control information, SCI, for re-evaluation and to be re-selected within 31 slots from another pre-selected or re-selected resource, wherein the indication comprises a re-selected resource for the pre-selected resource indicated for re-evaluation, wherein the pre-selected resource is a resource of a selected sidelink grant which has not been identified by a prior SCI, wherein if a first pre-selected resource is to be re-selected from a candidate resource set, the first pre-selected resource to be re-selected is selected from an earlier resource of the candidate resource set; characterized in that the earlier resource is a resource from a first slot or an earliest resource of the candidate resource set. a memory ; a transceiver ; and a processor coupled to the memory and the transceiver ; wherein the processor is configured to perform re-selection for a pre-selected resource indicated, by sidelink control information, SCI, for re-evaluation and to be re-selected within 31 slots from another pre-selected or re-selected resource, wherein the indication comprises a re-selected resource for the pre-selected resource indicated for re-evaluation, wherein the pre-selected resource is a resource of a selected sidelink grant which has not been identified by a prior SCI, wherein if a first pre-selected resource is to be re-selected from a candidate resource set, the first pre-selected resource to be re-selected is selected from an earlier resource of the candidate resource set; characterized in that the earlier resource is a resource from a first slot or an earliest resource of the candidate resource set.
A composite hose comprising a spirally wound inner wire ; a coating layer formed to surround the inner wire ; and an outer wire wound spirally around an outer circumference of the coating layer , characterized in that the coating layer comprises an inner cover layer formed to surround the inner wire and thereby form seating grooves on an inner surface to seat the inner wire ; a reinforcing layer formed to surround the inner cover layer ; and an outer cover layer formed to surround the reinforcing layer , with the outer wire being wound thereon, wherein the coating layer comprises a strap which is placed between the inner cover layer and the reinforcing layer and is wound spirally between inner wires adjacent to each other and is formed to surround the inner cover layer , wherein the strap supports the inner cover layer to prevent the inner wire from being separated from the inner cover layer .
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged about a centerline in an annular array, the plurality of seal shoes comprising a first seal shoe configured with an aperture that extends radially through the first seal shoe ; a seal base circumscribing the annular array of seal shoes ; and a plurality of spring elements comprising a first spring element ; the first spring element including a first mount , a second mount and a spring beam , the first mount connected to the first seal shoe , the second mount connected to the seal base , and the spring beam extending laterally between and connected to the first mount and the second mount ; the first seal shoe including a base and a plurality of projections ; the base extending axially along the centerline between a first, upstream, side of the first seal shoe and a second, downstream, side of the first seal shoe ; each of the plurality of projections extending radially inward from the base ; and the aperture extending radially through the base and located axially between the second side of the first seal shoe and the plurality of projections , characterised in that : the aperture extends axially into the first seal shoe from the second side . a plurality of seal shoes arranged about a centerline in an annular array, the plurality of seal shoes comprising a first seal shoe configured with an aperture that extends radially through the first seal shoe ; a seal base circumscribing the annular array of seal shoes ; and a plurality of spring elements comprising a first spring element ; the first spring element including a first mount , a second mount and a spring beam , the first mount connected to the first seal shoe , the second mount connected to the seal base , and the spring beam extending laterally between and connected to the first mount and the second mount ; the first seal shoe including a base and a plurality of projections ; the base extending axially along the centerline between a first, upstream, side of the first seal shoe and a second, downstream, side of the first seal shoe ; each of the plurality of projections extending radially inward from the base ; and the aperture extending radially through the base and located axially between the second side of the first seal shoe and the plurality of projections ,
A base station for transmitting control information in a TDD system using a single carrier, the base station comprising: a format determining unit adapted to determine a PUCCH format of a UL subframe; a transceiving unit adapted to perform transmission on a PDCCH in one or more DL subframes corresponding to the UL subframe; a resource allocating unit adapted to set ACK/NACK resource indicating information indicating resources for transmitting a HARQ ACK/NACK signal on the PUCCH; and a controlling unit adapted to transmit at least one of a TPC command for controlling PUCCH transmission power and the ACK/ NACK resource indicating information in the UL subframe through the transceiving unit , wherein a HARQ ACK/NACK signal for the DL subframes corresponding to the UL subframe is received on the PUCCH in the UL subframe using a PUCCH format determined by the format determining unit , characterised in that the controlling unit is adapted to transmit the TPC command on the PDCCH in at least one of the DL subframes corresponding to the UL subframe and to transmit the ACK/NACK resource indicating information using bits allocated in order to transmit the TPC command on the PDCCH in DL subframes in which the TPC command is not transmitted among the DL subframes corresponding to the UL subframe, and the format determining unit is adapted to determine that the PUCCH format is a PUCCH format 3 when at least two DL subframes correspond to the UL subframe, and that the PUCCH format is PUCCH formats 1a/1b when only a single DL subframe corresponds to the UL subframe. a format determining unit adapted to determine a PUCCH format of a UL subframe; a transceiving unit adapted to perform transmission on a PDCCH in one or more DL subframes corresponding to the UL subframe; a resource allocating unit adapted to set ACK/NACK resource indicating information indicating resources for transmitting a HARQ ACK/NACK signal on the PUCCH; and a controlling unit adapted to transmit at least one of a TPC command for controlling PUCCH transmission power and the ACK/ NACK resource indicating information in the UL subframe through the transceiving unit , wherein a HARQ ACK/NACK signal for the DL subframes corresponding to the UL subframe is received on the PUCCH in the UL subframe using a PUCCH format determined by the format determining unit , characterised in that the controlling unit is adapted to transmit the TPC command on the PDCCH in at least one of the DL subframes corresponding to the UL subframe and to transmit the ACK/NACK resource indicating information using bits allocated in order to transmit the TPC command on the PDCCH in DL subframes in which the TPC command is not transmitted among the DL subframes corresponding to the UL subframe, and the format determining unit is adapted to determine that the PUCCH format is a PUCCH format 3 when at least two DL subframes correspond to the UL subframe, and that the PUCCH format is PUCCH formats 1a/1b when only a single DL subframe corresponds to the UL subframe.