mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for delivering a cleaning composition to an interior surface of an operating reciprocating internal combustion engine system, said apparatus comprising an elongated conduit in fluid communication with a treatment manifold adapted for insertion into the interior cavity of a reciprocating engine through an access port, said treatment manifold having a plurality of independently directable tubes having a passageway therethrough and at least one orifice disposed on each tube for a discrete point of fluid delivery, said tubes having proximal and distal ends, wherein the proximal ends are in communication with a seal member, and at least one distal end of a tube positionable to an interior surface to be cleaned, characterised in that the apparatus comprises a positioning member attached to one of the plurality of tubes, the positioning member being configured to maintain a preselected distance from the orifice of the tube to the interior surface of the engine.
A method for transmitting a reference signal, performed by a terminal device, comprising determining an Orthogonal Frequency Division Multiplexing, OFDM, symbol for transmitting reference signals; and transmitting multiple types of reference signals on the OFDM symbol, wherein the multiple types of reference signals comprises a Demodulation Reference Signal, DMRS, and a Beam-specific Reference Signal, BRS, wherein each of the DMRS and the BRS transmitted on the OFDM symbol corresponds to a respective transmission parameter, and each of the transmission parameters comprising a subcarrier spacings for transmission of the DMRS and the BRS. determining an Orthogonal Frequency Division Multiplexing, OFDM, symbol for transmitting reference signals; and transmitting multiple types of reference signals on the OFDM symbol, wherein the multiple types of reference signals comprises a Demodulation Reference Signal, DMRS, and a Beam-specific Reference Signal, BRS, wherein each of the DMRS and the BRS transmitted on the OFDM symbol corresponds to a respective transmission parameter, and each of the transmission parameters comprising a subcarrier spacings for transmission of the DMRS and the BRS.
A Crystal Form A of the compound as shown in formula (I), wherein, the Crystal Form A has an X-ray powder diffraction pattern having characteristic diffraction peaks at the following 2θ angles: 12.62±0.20°, 16.86±0.20°, 19.33±0.20°, and 25.38±0.20°
A water tank for a coffee machine equipped with a bifunctional element which movement is provided by a hinge geometry on the water tank and a cooperating sliding groove on the bifunctional element , wherein the bifunctional element in a first position is a cover for the water tank and in a second position a carrying handle for the water tank characterized in that the bifunctional element has at least one function part which is an integrated, elastic portion of the bifunctional element for unlocking and removing said bifunctional element from the water tank and the water tank has at least one opening through which the function part is to be pressed for releasing the bifunctional element .
A process for the production of a sulfur-carbon composite material that includes the following steps: a) preparing a sulfur solution in a solvent different from carbon disulfide and having a boiling temperature lower than the melting temperature of sulfur, operating at a temperature of between 15 °C and the boiling temperature of the solvent; b) dispersing carbon particles in a finely divided form in the solution of step a), in an amount such as to obtain a S/C weight ratio of between 9 and 20; c) drying the solution with a solvent evaporation rate equal to or less than 0.08 L/h. a) preparing a sulfur solution in a solvent different from carbon disulfide and having a boiling temperature lower than the melting temperature of sulfur, operating at a temperature of between 15 °C and the boiling temperature of the solvent; b) dispersing carbon particles in a finely divided form in the solution of step a), in an amount such as to obtain a S/C weight ratio of between 9 and 20; c) drying the solution with a solvent evaporation rate equal to or less than 0.08 L/h.
An ultrasonic transducer comprising: an upper substrate ; a support disposed on the upper substrate and comprising a cavity ; a via hole through the upper substrate and the support ; a lower insulating layer formed on a lower surface of the upper substrate and on an inner wall of the via hole ; a membrane disposed on the support to cover the cavity; a first electrode layer disposed on the lower insulating layer to cover the lower insulating layer on the inner wall of the via hole and an upper portion of the via hole; a second electrode layer electrically connected to the lower surface of the upper substrate and separated from the first electrode layer; and a trench formed by penetrating through the upper substrate and the lower insulating layer. an upper electrode disposed on the membrane and electrically connected to the first electrode layer; wherein the first electrode layer is disposed to cover a surface of the upper substrate and a surface of the support via the lower insulating layer . an upper substrate ; a support disposed on the upper substrate and comprising a cavity ; a via hole through the upper substrate and the support ; a lower insulating layer formed on a lower surface of the upper substrate and on an inner wall of the via hole ; a membrane disposed on the support to cover the cavity; a first electrode layer disposed on the lower insulating layer to cover the lower insulating layer on the inner wall of the via hole and an upper portion of the via hole; a second electrode layer electrically connected to the lower surface of the upper substrate and separated from the first electrode layer; and a trench formed by penetrating through the upper substrate and the lower insulating layer. an upper electrode disposed on the membrane and electrically connected to the first electrode layer; wherein the first electrode layer is disposed to cover a surface of the upper substrate and a surface of the support via the lower insulating layer .
A method of monitoring a user's vital sign using a wearable device worn by the user, the wearable device having a display and wearable sensors , the wearable sensors including at least one microphone (218 ), the method comprising: monitoring, with the wearable device, wearable sensor data generated by the wearable sensors; analyzing, with the wearable device, the wearable sensor data together with one or more disease-specific alert settings to determine whether the user is exhibiting symptoms of a disease; instructing the user, with the wearable device when the analysis indicates that the user is exhibiting symptoms of a disease, to place the at least one microphone on a specific location on the user's body for obtaining audio data for auscultation for diagnosing whether the user has the disease; characterized in that said instructing includes providing visual instructions on the display including a visual representation of a human body with an indicator for graphically showing the specific location of the body where the at least one microphone should be placed or wherein said instructing includes providing at least one of visual, audio, and haptic feedback with the wearable device for indicating when the at least one microphone is getting closer or getting farther away from the specific location on the user's body. monitoring, with the wearable device, wearable sensor data generated by the wearable sensors; analyzing, with the wearable device, the wearable sensor data together with one or more disease-specific alert settings to determine whether the user is exhibiting symptoms of a disease; instructing the user, with the wearable device when the analysis indicates that the user is exhibiting symptoms of a disease, to place the at least one microphone on a specific location on the user's body for obtaining audio data for auscultation for diagnosing whether the user has the disease; characterized in that said instructing includes providing visual instructions on the display including a visual representation of a human body with an indicator for graphically showing the specific location of the body where the at least one microphone should be placed or wherein said instructing includes providing at least one of visual, audio, and haptic feedback with the wearable device for indicating when the at least one microphone is getting closer or getting farther away from the specific location on the user's body.
A container , preferably a bottle, presenting a longitudinal axis comprising - a neck portion , - a shoulder portion connected to the neck portion , - a body portion comprising a label portion and a grip portion , the grip portion having a diameter that is smaller than the diameter of the label portion , and the body portion being connected to the shoulder portion via a first connecting portion , the label portion and the grip portion being connected together via a second connection portion , and - a base portion forming the bottom of the container connected to the body portion via a third connecting portion , characterized in that the grip portion comprises at least one undulating bead , the bead being a raised circumferential flange or ring presenting an embossment at the external surface of the container - a neck portion , - a shoulder portion connected to the neck portion , - a body portion comprising a label portion and a grip portion , the grip portion having a diameter that is smaller than the diameter of the label portion , and the body portion being connected to the shoulder portion via a first connecting portion , the label portion and the grip portion being connected together via a second connection portion , and - a base portion forming the bottom of the container connected to the body portion via a third connecting portion ,
A method, comprising: receiving, by a processing device , a first request for content from a client device , wherein the first request comprises a resource locator provided by an authorizing data service to authorize the client device to obtain the requested content, the resource locator identifying a first server of a content distribution network (CDN) to deliver the requested content to the client device , and comprising a first digital signature associated with authorization of the client device to access the requested content, and a second digital signature associated with authorization of delivery of the requested content for access by the client device ; identifying, by the processing device , an occurrence of an event that indicates a change in the delivery of the requested content for access by the client device ; responsive to identifying the occurrence of the event, generating, by the processing device , a third digital signature associated with a changed delivery of the requested content for access by the client device ; and providing, by the processing device , a new resource locator to the client device , the new resource locator comprising the first digital signature associated with authorization of the client device to access the requested content and the third digital signature associated with the changed delivery of the requested content for access by the client device , wherein the client device is operative to access the content using the new resource locator . receiving, by a processing device , a first request for content from a client device , wherein the first request comprises a resource locator provided by an authorizing data service to authorize the client device to obtain the requested content, the resource locator identifying a first server of a content distribution network (CDN) to deliver the requested content to the client device , and comprising a first digital signature associated with authorization of the client device to access the requested content, and a second digital signature associated with authorization of delivery of the requested content for access by the client device ; identifying, by the processing device , an occurrence of an event that indicates a change in the delivery of the requested content for access by the client device ; responsive to identifying the occurrence of the event, generating, by the processing device , a third digital signature associated with a changed delivery of the requested content for access by the client device ; and providing, by the processing device , a new resource locator to the client device , the new resource locator comprising the first digital signature associated with authorization of the client device to access the requested content and the third digital signature associated with the changed delivery of the requested content for access by the client device , wherein the client device is operative to access the content using the new resource locator .
Method for determining print parameters of a printing machine, comprising the following steps: a) providing a print forme and mounting the print forme on a printing cylinder ; b) recording at least one high-resolution image of the surface of the print forme by means of a 3D camera ; c) determining a height profile of the print forme from the at least one high-resolution image; d) calculating a simulated print image using the height profile and an initial set of print parameters; characterised by the following step e) determining optimised print parameters by varying the print parameters of the initial set; or by checking and varying the print parameters of the initial set wherein in step e), after varying the print parameters, a simulated print image is calculated again according to step d). a) providing a print forme and mounting the print forme on a printing cylinder ; b) recording at least one high-resolution image of the surface of the print forme by means of a 3D camera ; c) determining a height profile of the print forme from the at least one high-resolution image; d) calculating a simulated print image using the height profile and an initial set of print parameters; characterised by the following step e) determining optimised print parameters by varying the print parameters of the initial set; or by checking and varying the print parameters of the initial set
A sensor apparatus for measuring within a region of a conduit for guiding a flow , wherein the sensor apparatus includes a transducer arrangement configured to be disposed at least partially around an external surface of a wall of the conduit , wherein the transducer arrangement is operable to excite in operation a helical acoustic wave propagation within the wall of the conduit for leaking acoustical energy from the helical acoustic wave propagation over an extensive area of the wall of the conduit to stimulate waves in off-centre chordal paths within the flow ; and the transducer arrangement is operable to receive the waves in the off-centre chordal paths which interact with the flow in the off-centre region that re-enter the wall of the conduit to propagate further as a guided helical wave; the sensor apparatus further comprises a signal processing arrangement configured to determine from the received waves in the off-centre chordal paths that interact with the flow determines one or more of: laminar flow conditions, turbulent flow including viscosity computations, and fluid properties and flow rate. the transducer arrangement is operable to excite in operation a helical acoustic wave propagation within the wall of the conduit for leaking acoustical energy from the helical acoustic wave propagation over an extensive area of the wall of the conduit to stimulate waves in off-centre chordal paths within the flow ; and the transducer arrangement is operable to receive the waves in the off-centre chordal paths which interact with the flow in the off-centre region that re-enter the wall of the conduit to propagate further as a guided helical wave; the sensor apparatus further comprises a signal processing arrangement configured to determine from the received waves in the off-centre chordal paths that interact with the flow determines one or more of: laminar flow conditions, turbulent flow including viscosity computations, and fluid properties and flow rate.
A connection connecting a concrete layer to a wood substrate ; the connection comprising a shank received into a bore in the wood substrate with a length of the shank (I u ) aligned with a central axis of the bore , the shank having an external portion made of a fiber-reinforced cement-based composition, and a core oriented centrally along the length of the shank and forming an internal portion relative to the external portion, the core being made of steel or kevlar having at least 100% more ductility than a ductility of the fiber-reinforced cement-based composition forming the external portion , wherein the length of the shank is coincident with the length of the bore, and the ratio of the length to the cross-sectional width of the shank and bore is of at least 1.5 to 1 and wherein the shank operates in a bending manner upon slippage between the concrete layer and the wood substrate , wherein the shank is snugly received into the bore without void spaces between the shank and the wood substrate , and the core has a cross-sectional width of at least 1/6th of the shank and wherein the length of the shank (I u ) coincides with a penetration axis of the bore .
A functionalized elastomer wherein the functionalized elastomer is a copolymer of a first monomer and a second monomer, the first monomer being selected from the group consisting of a conjugated diene monomer and a vinyl aromatic monomer, and the second monomer being of formula 1 wherein R 1 is selected from a C1 to a C8 alkyl, aryl or substituted aryl group or is -SiR 3 where R 3 are independently selected from a C1 to a C8 alkyl group; wherein R 2 is selected from a C1 to a C8 alkyl, aryl or substituted aryl group or is -SiR 3 ; and wherein n = 0 to 3.
A method, comprising: detecting , at an apparatus , that a mode change is required; in response to the detection that a mode change is required, selecting a mode for resource allocation, characterized in that the mode is selected from a plurality of modes for device to device and cellular communications, the plurality of modes comprising a first mode and a second mode, wherein in the first mode the cellular communication and device to device communication are separated in time, and in the second mode the cellular communication and device to device communication take place simultaneously; and sending a resource allocation mode change request to a base station to adapt discontinuous reception and/or discontinuous transmission parameters, the discontinuous reception and/or discontinuous transmission parameters being adapted in accordance with the selected mode. detecting , at an apparatus , that a mode change is required; in response to the detection that a mode change is required, selecting a mode for resource allocation, characterized in that the mode is selected from a plurality of modes for device to device and cellular communications, the plurality of modes comprising a first mode and a second mode, wherein in the first mode the cellular communication and device to device communication are separated in time, and in the second mode the cellular communication and device to device communication take place simultaneously; and sending a resource allocation mode change request to a base station to adapt discontinuous reception and/or discontinuous transmission parameters, the discontinuous reception and/or discontinuous transmission parameters being adapted in accordance with the selected mode.
A method for producing a compound represented by formula or a salt thereof, comprising: a step of allowing a compound represented by formula (1-S): (wherein R 1 represents a C 1-8 straight-chain alkyl group, and X represents a halogen atom) to react with a compound represented by formula : R 2 SM 2 (wherein R 2 represents a C 1-8 straight-chain alkyl group, and M 2 represents a hydrogen atom or an alkali metal) to give a compound represented by formula (3-S): (wherein R 1 , R 2 , and X are as defined above); a step of allowing the compound represented by formula (3-S) to react with hydrogen peroxide in the presence of a tungsten catalyst and an acid to give a compound represented by formula (6-S) or a salt thereof: (wherein X and R 2 are as defined above); and a step of reducing the compound represented by formula (6-S) or salt thereof in the presence of a base and a heterogeneous transition metal catalyst to give a compound represented by formula or a salt thereof: (wherein R 2 is as defined above). a step of allowing a compound represented by formula (1-S): (wherein R 1 represents a C 1-8 straight-chain alkyl group, and X represents a halogen atom) to react with a compound represented by formula : R 2 SM 2 (wherein R 2 represents a C 1-8 straight-chain alkyl group, and M 2 represents a hydrogen atom or an alkali metal) to give a compound represented by formula (3-S): (wherein R 1 , R 2 , and X are as defined above); a step of allowing the compound represented by formula (3-S) to react with hydrogen peroxide in the presence of a tungsten catalyst and an acid to give a compound represented by formula (6-S) or a salt thereof: (wherein X and R 2 are as defined above); and a step of reducing the compound represented by formula (6-S) or salt thereof in the presence of a base and a heterogeneous transition metal catalyst to give a compound represented by formula or a salt thereof: (wherein R 2 is as defined above).
A mobile communications device comprising: a receiver configured to: receive a signal; apply a spatial filter to the signal; measure interference of the signal after applying the spatial filter; determine if the interference is above a predetermined threshold; determine a source of the interference when the interference is above the predetermined threshold from at least one of a non-structured interference, a structured self-interference, and a structured extrinsic interference; and counteract the interference with a signal-processing mode corresponding to the previously determined source of the interference, wherein the signal-processing mode associated with counteracting the structured self-interference consists essentially of an enhanced spatial filter, demodulation, and decoding and wherein the signal-processing mode associated with counteracting the structured extrinsic interference consists essentially of interference cancellation by techniques that detect interferer symbols, reconstruct interferer waveforms, and subtract interferer components from received waveforms; demodulation; and decoding. receive a signal; apply a spatial filter to the signal; measure interference of the signal after applying the spatial filter; determine if the interference is above a predetermined threshold; determine a source of the interference when the interference is above the predetermined threshold from at least one of a non-structured interference, a structured self-interference, and a structured extrinsic interference; and counteract the interference with a signal-processing mode corresponding to the previously determined source of the interference, wherein the signal-processing mode associated with counteracting the structured self-interference consists essentially of an enhanced spatial filter, demodulation, and decoding and wherein the signal-processing mode associated with counteracting the structured extrinsic interference consists essentially of interference cancellation by techniques that detect interferer symbols, reconstruct interferer waveforms, and subtract interferer components from received waveforms; demodulation; and decoding.
An applanation tonometer for measuring IOP comprising an optical bi-prism with a distal apex intended to make contact with the anterior surface of the cornea, whose IOP is to be measured, characterized in that such optical bi-prism has a curved distal apex with a convex shape, seen from the outside of the bi-prism.