mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: generating (S410), by a base station, first indication information, wherein the first indication information is used to indicate configuration information of a first resource; generating (S420), by the base station, second indication information, wherein the second indication information is used to indicate a relationship between a second resource and the first resource; and sending (S430), by the base station, the first indication information and the second indication information to a terminal, so that the terminal determines a receiving resource or sending resource based on the first indication information and the second indication information, wherein the first indication information comprises a type of the first resource and a length of the first resource, wherein the type of the first resource is used to indicate whether transmitting beams are the same or different across different sub-time units in a time unit, wherein the time unit includes one or more sub-time unites and one or more Orthogonal Frequency Division Multiplexing, OFDM, symbols, and the length of the first resource is a quantity of time units; and the second indication information comprises at least one type of the following information: a time unit identifier, a sub-time unit identifier, and a reference signal received power, RSRP, sequence number. generating (S410), by a base station, first indication information, wherein the first indication information is used to indicate configuration information of a first resource; generating (S420), by the base station, second indication information, wherein the second indication information is used to indicate a relationship between a second resource and the first resource; and sending (S430), by the base station, the first indication information and the second indication information to a terminal, so that the terminal determines a receiving resource or sending resource based on the first indication information and the second indication information, wherein the first indication information comprises a type of the first resource and a length of the first resource, wherein the type of the first resource is used to indicate whether transmitting beams are the same or different across different sub-time units in a time unit, wherein the time unit includes one or more sub-time unites and one or more Orthogonal Frequency Division Multiplexing, OFDM, symbols, and the length of the first resource is a quantity of time units; and wherein the type of the first resource is used to indicate whether transmitting beams are the same or different across different sub-time units in a time unit, wherein the time unit includes one or more sub-time unites and one or more Orthogonal Frequency Division Multiplexing, OFDM, symbols, and the length of the first resource is a quantity of time units; and the second indication information comprises at least one type of the following information: a time unit identifier, a sub-time unit identifier, and a reference signal received power, RSRP, sequence number.
Mirror (20; 20a) for EUV radiation - with a mirror body , which has -- a mirror face with at least one EUV radiation-reflecting region and -- at least two EUV radiation-permeable regions , - with an axis of symmetry , - wherein the radiation-permeable regions are arranged disconnectedly in the mirror body , - wherein the totality of radiation-permeable regions has an outer envelope , wherein the envelope delimits an area, which overlaps with at least 30% of the totality of the mirror face - wherein it has a conjugated EUV radiation-reflecting region for each of the EUV radiation-permeable regions , wherein each EUV radiation-permeable region can be transferred by a rotation about the axis of symmetry into the EUV radiation-reflecting region respectively conjugated thereto. - with a mirror body , which has -- a mirror face with at least one EUV radiation-reflecting region and -- at least two EUV radiation-permeable regions , - with an axis of symmetry , -- a mirror face with at least one EUV radiation-reflecting region and -- at least two EUV radiation-permeable regions , - with an axis of symmetry , - with an axis of symmetry , - wherein the radiation-permeable regions are arranged disconnectedly in the mirror body , - wherein the totality of radiation-permeable regions has an outer envelope , wherein the envelope delimits an area, which overlaps with at least 30% of the totality of the mirror face - wherein it has a conjugated EUV radiation-reflecting region for each of the EUV radiation-permeable regions , wherein each EUV radiation-permeable region can be transferred by a rotation about the axis of symmetry into the EUV radiation-reflecting region respectively conjugated thereto. - wherein it has a conjugated EUV radiation-reflecting region for each of the EUV radiation-permeable regions , wherein each EUV radiation-permeable region can be transferred by a rotation about the axis of symmetry into the EUV radiation-reflecting region respectively conjugated thereto.
A beam profile member intended for being secured to a wall and arranged to allow the fastening of a tensioned fabric in order to produce a false wall , the beam profile member including a flange for securing to the wall having an inside face and an outside face , in which beam profile member the outside face of the securing flange is provided with at least one resiliently deformable zone arranged to absorb the deformation of the securing flange generated by the pushing force applied to the inside face of the securing flange during the operation to secure the beam profile member to the wall , characterised in that said zone is comprised of at least one tab made of resiliently deformable material coextruded with the securing flange such that during use, only the tab deforms to absorb the pushing forces.
Method for producing TDI-based flexible polyurethane foams having a foam density of ≥ 20 kg m -3 , by reacting TDI with at least one hydroxyl group-containing compound in the presence of blowing agents and optionally auxiliaries and/or additives, at an isocyanate index of ≥ 70 to ≤ 85, characterized in that the reaction is carried out - in the presence of ≥ 0.20 to ≤ 1.25 mol% of at least one cyclic anhydride of a di- and/or polycarboxylic acid, based on the amount of TDI used, or - in the presence of ≥ 0.15 to ≤ 1.25 mol% of at least one carbonyl chloride, based on the amount of TDI used. - in the presence of ≥ 0.20 to ≤ 1.25 mol% of at least one cyclic anhydride of a di- and/or polycarboxylic acid, based on the amount of TDI used, or - in the presence of ≥ 0.15 to ≤ 1.25 mol% of at least one carbonyl chloride, based on the amount of TDI used.
A load sensor (10; 200) detecting a magnitude of an external load applied in a direction parallel to a plane direction of a sheet-shaped quartz crystal resonator , the load sensor comprising: a quartz crystal resonator layer including the sheet-shaped quartz crystal resonator and a pair of electrode portions on a pair of surfaces opposite to each other in a thickness direction of the sheet-shaped quartz crystal resonator ; and a pair of holding layers disposed to sandwich both sides of the quartz crystal resonator layer in the thickness direction and causing a displacement in substantially the same amount as the quartz crystal resonator layer when the external load is applied to the quartz crystal resonator layer , wherein the holding layers and the quartz crystal resonator layer are made of materials having substantially equivalent rates of thermal expansion, and characterized in that the pair of holding layers overlaps the pair of electrode portions in the thickness direction and recesses are formed in the pair of holding layers at portions corresponding to the pair of electrode portions . a quartz crystal resonator layer including the sheet-shaped quartz crystal resonator and a pair of electrode portions on a pair of surfaces opposite to each other in a thickness direction of the sheet-shaped quartz crystal resonator ; and a pair of holding layers disposed to sandwich both sides of the quartz crystal resonator layer in the thickness direction and causing a displacement in substantially the same amount as the quartz crystal resonator layer when the external load is applied to the quartz crystal resonator layer , wherein the holding layers and the quartz crystal resonator layer are made of materials having substantially equivalent rates of thermal expansion, and characterized in that the pair of holding layers overlaps the pair of electrode portions in the thickness direction and recesses are formed in the pair of holding layers at portions corresponding to the pair of electrode portions .
An extrusion system (100; 300), comprising: an extrusion die comprising an outlet and configured to continuously form wet extrudate material (114; 414; 514; 614) comprising a honeycomb cross-section and an exterior surface (415; 515; 615), with the exterior surface (415; 515; 615) having oil on less than an entirety of the exterior surface (415; 515; 615); at least one sensor (102, 104; 302, 304, 306; 402) configured to sense a property of the exterior surface (415; 515; 615) indicative of localized presence of oil on the exterior surface (415; 515; 615), and configured to generate at least one sensor output signal; and at least one infrared emitting device (106, 108; 307, 308; 502; 602) positioned downstream of the outlet in a direction of travel of the wet extrudate material (114; 414; 514; 614), and configured to impinge infrared emissions (509; 609) on at least one portion of the exterior surface (415; 515; 615); wherein the at least one infrared emitting device (106, 108; 307, 308; 502; 602) is configured to be operated responsive to the at least one sensor output signal to reduce presence of oil on the exterior surface (415; 515; 615). an extrusion die comprising an outlet and configured to continuously form wet extrudate material (114; 414; 514; 614) comprising a honeycomb cross-section and an exterior surface (415; 515; 615), with the exterior surface (415; 515; 615) having oil on less than an entirety of the exterior surface (415; 515; 615); at least one sensor (102, 104; 302, 304, 306; 402) configured to sense a property of the exterior surface (415; 515; 615) indicative of localized presence of oil on the exterior surface (415; 515; 615), and configured to generate at least one sensor output signal; and at least one infrared emitting device (106, 108; 307, 308; 502; 602) positioned downstream of the outlet in a direction of travel of the wet extrudate material (114; 414; 514; 614), and configured to impinge infrared emissions (509; 609) on at least one portion of the exterior surface (415; 515; 615); wherein the at least one infrared emitting device (106, 108; 307, 308; 502; 602) is configured to be operated responsive to the at least one sensor output signal to reduce presence of oil on the exterior surface (415; 515; 615).
Cooking device, in particular an induction cooking device, comprising at least one information unit that has at least one information storage unit in which at least one intrinsic placement unit characteristic of at least one placement unit provided for placing on at least one cooking surface for the purposes of heating can be stored, wherein the information unit is designed to be arranged on the placement unit outside of a heating region of the placement unit for the purpose of communicating with at least one communication unit , characterised in that the information unit is provided for an arrangement at least on a side wall of the placement unit , and wherein the information unit is provided for receiving at least one intrinsic placement unit characteristic from at least one further unit for the purpose of storing the received placement unit characteristic in the information storage unit .
An elevator shaft wall with a wall fastening arrangement for fastening an elevator component, particularly an elevator component designed as a guide rail , to the elevator shaft wall , the wall fastening arrangement having: a first concrete area of the elevator shaft wall reinforced with reinforcements ; a second concrete area of the elevator shaft wall , which covers the first concrete area and is not reinforced with reinforcements , with a surface which is exposed towards an environment; an elongated profile oriented in the vertical direction; characterized in that the profile is a C-shaped profile in cross-section, wherein the profile is embedded exclusively in the second concrete area , wherein the C-shaped profile extends vertically in the elevator shaft wall along substantially the totality of the height of the elevator shaft . a first concrete area of the elevator shaft wall reinforced with reinforcements ; a second concrete area of the elevator shaft wall , which covers the first concrete area and is not reinforced with reinforcements , with a surface which is exposed towards an environment; an elongated profile oriented in the vertical direction; characterized in that the profile is a C-shaped profile in cross-section, wherein the profile is embedded exclusively in the second concrete area , wherein the C-shaped profile extends vertically in the elevator shaft wall along substantially the totality of the height of the elevator shaft .
A method for authenticating and accepting messages received from devices in a system, the method comprising: determining whether a message is received from an authorized device; determining whether the message is in response to a command sent to the device; if the message is a response to a command sent to the device, accessing a first business logic module associated with commanded operations, to determine whether information contained in the message complies with policies in the first business logic module; and if the message is not a response to a command sent to the device, accessing a second business logic module associated with device-originated messages, to determine if the message complies with policies in the second business logic module,whereby each business logic module comprises a different set of business rules. determining whether a message is received from an authorized device; determining whether the message is in response to a command sent to the device; if the message is a response to a command sent to the device, accessing a first business logic module associated with commanded operations, to determine whether information contained in the message complies with policies in the first business logic module; and if the message is not a response to a command sent to the device, accessing a second business logic module associated with device-originated messages, to determine if the message complies with policies in the second business logic module,whereby each business logic module comprises a different set of business rules.
A display apparatus, comprising: a display panel configured to display an image and including a first region (L), a second region (R), and a third region (C); a supporting member configured to support the display panel and forming a rear surface of the display apparatus; a coupling member on the supporting member ; at least one sound generating device between the display panel and the supporting member coupled by the coupling member to the supporting member , wherein the at least one sound generating device is configured to vibrate the display panel to generate sound and wherein the at least one sound generating device is provided in at least one of the first region (L), the second region (R), and the third region (C); a first partition between the display panel and the supporting member ; and wherein the coupling member is on a surface of the supporting member facing a rear surface of the display panel and wherein the supporting member covers the whole rear surface of the at least one sound generating device . a display panel configured to display an image and including a first region (L), a second region (R), and a third region (C); a supporting member configured to support the display panel and forming a rear surface of the display apparatus; a coupling member on the supporting member ; at least one sound generating device between the display panel and the supporting member coupled by the coupling member to the supporting member , wherein the at least one sound generating device is configured to vibrate the display panel to generate sound and wherein the at least one sound generating device is provided in at least one of the first region (L), the second region (R), and the third region (C); a first partition between the display panel and the supporting member ; and wherein the coupling member is on a surface of the supporting member facing a rear surface of the display panel and wherein the supporting member covers the whole rear surface of the at least one sound generating device .
A method for producing a composition containing isomaltulose from a substrate containing sucrose, comprising the following steps: a) contacting the substrate containing sucrose with a particulate carrier-immobilized sucrose isomerase biomass and b) obtaining a composition containing isomaltulose, characterized in that the carrier-immobilized sucrose isomerase biomass has a median value of the particle size distribution with regard to the mass or volume distribution (d -value, with regard to particles measured in dry form) from 370 to 550 μm and the carrier is an alginate or polyvinylalcohol carrier. a) contacting the substrate containing sucrose with a particulate carrier-immobilized sucrose isomerase biomass and b) obtaining a composition containing isomaltulose,
Method for open-loop and/or closed-loop control of an exhaust-gas turbocharger of an internal combustion engine, wherein the exhaust-gas turbocharger is protected against exceeding a maximum rotation speed, wherein an actual charging pressure is compared with a setpoint charging pressure, wherein an actuating variable associated with the exhaust-gas turbocharger is compared with an actuating variable limiting characteristic curve and if necessary limited, wherein the actuating variable limiting characteristic curve has a time-limited first portion following a change in the setpoint charging pressure and a chronologically following second portion , wherein the first portion ends after a predetermined target time (Δx), wherein the second portion of the actuating variable limiting characteristic curve is reduced in relation to the first portion , wherein the first portion is a function that is constant until the end of the target time (Δx), wherein full modulation of the actuating variable is described by the first portion , characterized in that the target time (Δx) is determined in advance, in that the actual charging pressure is expected to have reached the setpoint charging pressure within the target time (Δx) in the event of fault-free operation, wherein the predetermined target time (Δx) is determined in advance depending on the magnitude of the change in setpoint charging pressure, on the currently selected gear, the atmospheric pressure and the rotation speed of the internal combustion engine.
A method performed at a user device of providing user access to a remote device, said method comprising: detecting said remote device by receiving a signal from said remote device; identifying at least one characteristic of said detected remote device; generating and transmitting an access signal for accessing data from said remote device; generating and displaying an interface in accordance with said identified at least one characteristic of said remote device; wherein said steps of detecting and identifying said remote device comprise receiving and analysing a reflected electromagnetic signal from said remote device and said step of identifying at least one characteristic of said remote device comprises performing pattern matching of said reflected electromagnetic signal with patterns stored in association with remote device identifying data. detecting said remote device by receiving a signal from said remote device; identifying at least one characteristic of said detected remote device; generating and transmitting an access signal for accessing data from said remote device; generating and displaying an interface in accordance with said identified at least one characteristic of said remote device; wherein said steps of detecting and identifying said remote device comprise receiving and analysing a reflected electromagnetic signal from said remote device and said step of identifying at least one characteristic of said remote device comprises performing pattern matching of said reflected electromagnetic signal with patterns stored in association with remote device identifying data.
A flexible guide catheter for use in a transvascular aortic valve replacement procedure, the guide catheter defining a substantially tubular delivery lumen through which one or more other functional catheters may be introduced to the site of the aortic valve, wherein the guide catheter comprises flexible material that permits the lumen of the guide catheter to (i) collapse in cross-section to a compact form for introduction into the vasculature, and (ii) distend in cross-section to a distended form to accommodate the size of a said functional catheter introduced therethrough, wherein the catheter is self-biased continuously to return, after distending to the distended form as a said functional catheter passes therethrough, towards a form selected from (i) the compact form or (ii) an intermediate form between the compact form and the distended form, wherein the material comprises a braid or mesh or woven structure of filaments, characterized in that the guide catheter comprises openings formed by open space in the material permitting blood communication therethrough between the exterior and interior of the guide catheter, and wherein the braid or mesh or woven structure permits distention to the distended form by rearrangement of the filaments without substantial elastic stretching of the material of the filaments. (i) collapse in cross-section to a compact form for introduction into the vasculature, and (ii) distend in cross-section to a distended form to accommodate the size of a said functional catheter introduced therethrough,
A compound of Formula (II): wherein A is selected from D is independently selected from H, Me, Ph, R is independently selected from H, Me, and Ph; Z 1 is independently selected from C(CH 3 ) 2 , C(Ph) 2 , O, and N(Ph); Z 2 is independently selected from H, CN, (C 1- C 20 )-alkyl, 5-30-membered aryl, 3-30-membered heteroaryl, and diarylamino; and three instances or all instances of D are independently selected from D1-D31. A is selected from D is independently selected from H, Me, Ph, R is independently selected from H, Me, and Ph; Z 1 is independently selected from C(CH 3 ) 2 , C(Ph) 2 , O, and N(Ph); Z 2 is independently selected from H, CN, (C 1- C 20 )-alkyl, 5-30-membered aryl, 3-30-membered heteroaryl, and diarylamino; and three instances or all instances of D are independently selected from D1-D31.
Centrifugal pump, comprising a running assembly and a casing which surrounds the latter and has in each case one pressure-side connector and suction-side connector, wherein the casing is constructed as a composite part, wherein a first elastomeric layer predefines the internal shape of the casing and, during production, is formed with regions of differing thickness, wherein at least one second layer establishes the stability of the casing, wherein the first layer is connected in a pressure-tight manner to components arranged on a shaft and to the connectors , characterized in that a valve having a pressure value indicator is installed into the first layer .