mhurhangee/patent-ind-claim-en huggingface dataset:
Device for handling combustion gas, especially gas armature for providing combustion gas to a gas burner of a gas burner appliance, comprising: a housing made from metal, wherein said housing has a first housing part and a second housing part , wherein said housing defines a gas chamber for the combustion gas, wherein said housing defines an ambient chamber for ambient air, a first electronic element positioned within the gas chamber , wherein said first electronic element is exposed to the combustion gas, a second electronic element positioned within the ambient chamber , wherein said second electronic element is not exposed to the combustion gas but is exposed to the ambient air, a connecting element for electrically connecting the first electronic element and the second electronic element , wherein said connecting element has electrically conductive paths being at least partially in connection with an electrically insulating material , a sealing element made at least partially from an elastomer, wherein said sealing element abuts on the connecting element and abuts on the housing , wherein said sealing element is compressed between the connecting element and the housing , wherein said sealing element seals the gas chamber against the ambient chamber even if the electrically insulating material of the connecting element or the connecting element is removed. a housing made from metal, wherein said housing has a first housing part and a second housing part , wherein said housing defines a gas chamber for the combustion gas, wherein said housing defines an ambient chamber for ambient air, wherein said housing has a first housing part and a second housing part , wherein said housing defines a gas chamber for the combustion gas, wherein said housing defines an ambient chamber for ambient air, a first electronic element positioned within the gas chamber , wherein said first electronic element is exposed to the combustion gas, a second electronic element positioned within the ambient chamber , wherein said second electronic element is not exposed to the combustion gas but is exposed to the ambient air, a connecting element for electrically connecting the first electronic element and the second electronic element , wherein said connecting element has electrically conductive paths being at least partially in connection with an electrically insulating material , a sealing element made at least partially from an elastomer, wherein said sealing element abuts on the connecting element and abuts on the housing , wherein said sealing element is compressed between the connecting element and the housing , wherein said sealing element seals the gas chamber against the ambient chamber even if the electrically insulating material of the connecting element or the connecting element is removed. wherein said sealing element abuts on the connecting element and abuts on the housing , wherein said sealing element is compressed between the connecting element and the housing , wherein said sealing element seals the gas chamber against the ambient chamber even if the electrically insulating material of the connecting element or the connecting element is removed.
A sensor system adapted to be installed in a vehicle , comprising: a sensor unit configured to detect information of an outside area of the vehicle with light; a cover covering the sensor unit so as to allow passage of the light while forming a part of an outer surface of the vehicle ; a displacement sensor disposed on the cover ; characterized in that the displacement sensor is configured to output a signal corresponding to displacement of the cover ; and a processor configured to detect a foreign substance adhered to the cover based on a change in the signal. a sensor unit configured to detect information of an outside area of the vehicle with light; a cover covering the sensor unit so as to allow passage of the light while forming a part of an outer surface of the vehicle ; a displacement sensor disposed on the cover ; characterized in that the displacement sensor is configured to output a signal corresponding to displacement of the cover ; and a processor configured to detect a foreign substance adhered to the cover based on a change in the signal.
A method for manufacturing a security feature for a security element, a security paper or a data carrier , in which - a carrier is provided whose color impression is modifiable by the action of laser radiation, and - by guiding a laser beam across the surface of the carrier , on one hand, through openings are introduced into the carrier, and on the other hand, the color impression of the carrier is modified in marking regions (24, 26-1, 26-2,....26-5), - when guiding the laser beam across the carrier surface, the focus position (F L ) and/or the spot size (F G ) of the laser beam are quickly changed to produce a variable width of the through openings (22; 84) and/or a variable width of the marking regions (82, 86; 26-1, 26-2, ...26-5), characterized in that - when guiding the laser beam across the carrier , the focus position (F L ) of the laser beam per laser travel path is changed by more than 1 mm/ mm, and/or the spot size (F G ) of the laser beam per laser travel path is changed by more than 10%/mm. - a carrier is provided whose color impression is modifiable by the action of laser radiation, and - by guiding a laser beam across the surface of the carrier , on one hand, through openings are introduced into the carrier, and on the other hand, the color impression of the carrier is modified in marking regions (24, 26-1, 26-2,....26-5), - when guiding the laser beam across the carrier surface, the focus position (F L ) and/or the spot size (F G ) of the laser beam are quickly changed to produce a variable width of the through openings (22; 84) and/or a variable width of the marking regions (82, 86; 26-1, 26-2, ...26-5), characterized in that - when guiding the laser beam across the carrier , the focus position (F L ) of the laser beam per laser travel path is changed by more than 1 mm/ mm, and/or the spot size (F G ) of the laser beam per laser travel path is changed by more than 10%/mm.
An information processing apparatus comprising: obtaining means for obtaining (S502, S604) a plurality of notification items each of which indicates a result of a predetermined job executed by a processing apparatus ; message creation means for creating (S506) a message from one notification item; message combining means for creating one message in which the number of the predetermined jobs is written for each of types of the plurality of notification items; and notification means for notifying (S507, S608) an external apparatus of one message in one transmission, wherein, in a case that the number of notification items obtained by said obtaining means within a predetermined time is not larger than a predetermined number, a plurality of messages each corresponding to one of the plurality of notification items are created (S506) by said message creation means and individually notified (S507) by said notification means, characterized in that , in a case that the number of notification items obtained by said obtaining means within the predetermined time exceeds the predetermined number, one message in which the number of the predetermined jobs is written for each of types of the plurality of notification items is created by said message combining means and notified (S608) by said notification means. obtaining means for obtaining (S502, S604) a plurality of notification items each of which indicates a result of a predetermined job executed by a processing apparatus ; message creation means for creating (S506) a message from one notification item; message combining means for creating one message in which the number of the predetermined jobs is written for each of types of the plurality of notification items; and notification means for notifying (S507, S608) an external apparatus of one message in one transmission, wherein, in a case that the number of notification items obtained by said obtaining means within a predetermined time is not larger than a predetermined number, a plurality of messages each corresponding to one of the plurality of notification items are created (S506) by said message creation means and individually notified (S507) by said notification means, characterized in that , in a case that the number of notification items obtained by said obtaining means within the predetermined time exceeds the predetermined number, one message in which the number of the predetermined jobs is written for each of types of the plurality of notification items is created by said message combining means and notified (S608) by said notification means.
A method for receiving a buffer status report, BSR, frame by an access point in a wireless communication system, the method comprising: generating, by the access point , a data trigger action frame including a first element including allocation information on whether a dedicated sub-slot is allocated for a station connected to the access point, to receive the BSR frame in a BSR report phase ; broadcasting, by the access point , the generated data trigger action frame ; and generating, by the access point , a BSR trigger action frame including a second element including information on a position of the dedicated sub-slot; broadcasting, by the access point , the generated BSR trigger action frame ; and, receiving, by the access point , the BSR frame transmitted based on the allocation information included in the data trigger action frame and the information on the position included in the BSR trigger action frame from the station , wherein the dedicated sub-slot refers to a resource where the station transmits the BSR frame in a non-contention scheme and is distinct from a contention sub-slot which refers to a resource where the station transmits the BSR frame in a contention scheme. generating, by the access point , a data trigger action frame including a first element including allocation information on whether a dedicated sub-slot is allocated for a station connected to the access point, to receive the BSR frame in a BSR report phase ; broadcasting, by the access point , the generated data trigger action frame ; and generating, by the access point , a BSR trigger action frame including a second element including information on a position of the dedicated sub-slot; broadcasting, by the access point , the generated BSR trigger action frame ; and, receiving, by the access point , the BSR frame transmitted based on the allocation information included in the data trigger action frame and the information on the position included in the BSR trigger action frame from the station , wherein the dedicated sub-slot refers to a resource where the station transmits the BSR frame in a non-contention scheme and is distinct from a contention sub-slot which refers to a resource where the station transmits the BSR frame in a contention scheme.
A component comprising: a unit cell structure having decoupled structural stiffness and mass density properties, the unit cell structure comprising a plurality of unit cells joined together, each unit cell of said plurality of unit cells having a mass density identical to the mass density of every other unit cell of said plurality of unit cells , wherein the plurality of unit cells are configured such that a stiffness of the component is varied throughout a section of the component while the mass density of component is consistent through the section , said plurality of unit cells comprising: a first portion of unit cells having a characteristic dimension and an average stiffness, the characteristic dimension of said first portion of unit cells having a first value; and a second portion of unit cells having a characteristic dimension and an average stiffness, the characteristic dimension of said second portion of unit cells having a second value different from the first value, wherein the average stiffness of the second portion differs from the average stiffness of the first portion . a unit cell structure having decoupled structural stiffness and mass density properties, the unit cell structure comprising a plurality of unit cells joined together, each unit cell of said plurality of unit cells having a mass density identical to the mass density of every other unit cell of said plurality of unit cells , wherein the plurality of unit cells are configured such that a stiffness of the component is varied throughout a section of the component while the mass density of component is consistent through the section , said plurality of unit cells comprising: a first portion of unit cells having a characteristic dimension and an average stiffness, the characteristic dimension of said first portion of unit cells having a first value; and a second portion of unit cells having a characteristic dimension and an average stiffness, the characteristic dimension of said second portion of unit cells having a second value different from the first value, wherein the average stiffness of the second portion differs from the average stiffness of the first portion . a first portion of unit cells having a characteristic dimension and an average stiffness, the characteristic dimension of said first portion of unit cells having a first value; and a second portion of unit cells having a characteristic dimension and an average stiffness, the characteristic dimension of said second portion of unit cells having a second value different from the first value, wherein the average stiffness of the second portion differs from the average stiffness of the first portion .
A drive rod lock for locking a wing pivotable against a frame with a pivotably mounted nut , with a drive rod drivable by the nut and longitudinally displaceable between a locking position and an unlocking position on a face plate , with an energy store connected to the drive rod , with a drive device for driving the drive rod into the unlocking position and for charging the energy store , with a release device for releasing the stored energy of the energy store when the wing moves against the frame , wherein the release device has a holding device for holding the drive rod when the wings are removed from the frame , characterized in that the release device for releasing the stored energy of the energy store is coupled with the movement of the nut of the drive rod lock , so that the energy of the energy store can be released by actuation of the nut .
A method, being performed by a Wi-Fi controller , comprising the steps of: communicating to a plurality of access points configured to form a combined Wi-Fi network , wherein at least some access points of the plurality of access points utilize Orthogonal Frequency-Division Multiple Access, OFDMA ; determining which of the plurality of access points connect to some of a plurality of client devices based in part on OFDMA operation of the combined Wi-Fi network ; wherein the combined Wi-Fi network is optimized based on optimization factors when determining which of the plurality of access points connect to some of the plurality of client devices , the optimization factors including individual device throughput of each of the plurality of access points, joint load throughput of the combined Wi-Fi network , throughput fairness to the plurality of client devices , and likelihood that conditions of the combined Wi-Fi network remain stable for a period of time, wherein said conditions include traffic load of each of the plurality of client devices, packet length of each of the plurality of client devices, and signal strengths of each of the plurality of client devices to each of the plurality of access points ; wherein, once the optimization is complete, the plurality of client devices are steered to connect to the plurality of access points using one or more of messaging to client devices indicating to which access point to connect. communicating to a plurality of access points configured to form a combined Wi-Fi network , wherein at least some access points of the plurality of access points utilize Orthogonal Frequency-Division Multiple Access, OFDMA ; determining which of the plurality of access points connect to some of a plurality of client devices based in part on OFDMA operation of the combined Wi-Fi network ; wherein the combined Wi-Fi network is optimized based on optimization factors when determining which of the plurality of access points connect to some of the plurality of client devices , the optimization factors including individual device throughput of each of the plurality of access points, joint load throughput of the combined Wi-Fi network , throughput fairness to the plurality of client devices , and likelihood that conditions of the combined Wi-Fi network remain stable for a period of time, wherein said conditions include traffic load of each of the plurality of client devices, packet length of each of the plurality of client devices, and signal strengths of each of the plurality of client devices to each of the plurality of access points ; wherein, once the optimization is complete, the plurality of client devices are steered to connect to the plurality of access points using one or more of messaging to client devices indicating to which access point to connect.
A thread remaining amount detecting device comprising: a pedestal on which a cone of a thread cone can be placed; and a detector that includes a light emitter and a light receiver , wherein the thread remaining amount detecting device is configured to detect a remaining amount of yarn of said thread cone supplied to a knitting machine, and is characterized in that the detector is disposed on the pedestal , the light emitter irradiates with light a bottom surface of a thread-wound part of the thread cone , and the light receiver receives reflected light from the bottom surface. a pedestal on which a cone of a thread cone can be placed; and a detector that includes a light emitter and a light receiver , wherein the thread remaining amount detecting device is configured to detect a remaining amount of yarn of said thread cone supplied to a knitting machine, and is characterized in that the detector is disposed on the pedestal , the light emitter irradiates with light a bottom surface of a thread-wound part of the thread cone , and the light receiver receives reflected light from the bottom surface.
A memory improving composition, which is made from a combination of all raw materials in the group of raw materials consisting of 200∼800 parts by weight of Arillus Longan, 200∼800 parts by weight of Poria , 200∼800 parts by weight of Semen Nelumbinis , 10∼150 parts by weight of enzymatic extract of Semen Juglandis , 10∼ 150 parts by weight of phosphatidylserine and 3∼50 parts weight of taurine, wherein the enzymatic extract of Semen Juglandis is a hydrolysate of Semen Juglandis dregs after hydrolyzation with alkaline endoprotease Alcalase 2.4L and complex protease Protamex.
A spacer for an insulating glazing unit , comprising a profile which comprises at least one tubular portion (4; 4.1, 4.2) defining a housing (5; 5.1, 5.2) for receiving desiccant material , where the housing (5; 5.1, 5.2) opens at two ends (4A, 4B; 4.1A, 4.1B, 4.2A, 4.2B) of the tubular portion, the housing (5; 5.1, 5.2) being sealed in the vicinity of each end (4A, 4B; 4.1A, 4.1B, 4.2A, 4.2B) of the tubular portion with the aid of a plug (7, 8; 7.1, 8.1, 7.2, 8.2) and comprising a desiccant material between the two plugs, at least one of the plugs (7, 8; 7.1, 8.1, 7.2, 8.2) being offset ( d ) longitudinally inside the housing (5; 5.1, 5.2) relative to the corresponding end of the tubular portion, wherein the tubular portion (4; 4.1, 4.2) comprises a through-orifice (9; 9.1, 9.2), intended for the flow of gas between a cavity of the insulating glazing unit and the outside, which is made in a section (48; 48.1, 48.2) of the tubular portion between an offset plug (8; 8.1, 8.2) and the corresponding end (4B; 4.1B, 4.2B) of the tubular portion, characterized in that the through-orifice (9; 9.1, 9.2) opens into two walls (44, 46; 44.1, 46.1, 44.2, 46.2) of the tubular portion (4; 4.1, 4.2) which are intended to extend transversely relative to the glass sheets of the insulating glazing unit , with the wall intended to be orientated toward the internal cavity of the insulating glazing unit and the wall intended to be oriented toward the outside of the insulating glazing unit.
A method for producing layers of solid material, in particular for use as wafers, comprising: providing a workpiece for separating the layers of solid material, wherein the workpiece comprises at least one exposed surface, producing and/or providing a carrier unit for receiving at least one layer of solid material, the carrier unit having a multi-layer structure, the carrier unit having a stabilization layer and the stabilization layer being overlapped at least in portions by a receiving layer , the receiving layer being made to hold the layers of solid material, and the stabilization layer being formed, at least in portions, to have a Young's modulus greater than a Young's modulus of the receiving layer ; connecting the receiving layer to the exposed surface of the workpiece to form a composite structure, exposing the composite structure to an inner and/or outer stress field such that the layer of solid material is separated from the workpiece along a plane extending within the workpiece . providing a workpiece for separating the layers of solid material, wherein the workpiece comprises at least one exposed surface, producing and/or providing a carrier unit for receiving at least one layer of solid material, the carrier unit having a multi-layer structure, the carrier unit having a stabilization layer and the stabilization layer being overlapped at least in portions by a receiving layer , the receiving layer being made to hold the layers of solid material, and the stabilization layer being formed, at least in portions, to have a Young's modulus greater than a Young's modulus of the receiving layer ; the carrier unit having a stabilization layer and the stabilization layer being overlapped at least in portions by a receiving layer , the receiving layer being made to hold the layers of solid material, and the stabilization layer being formed, at least in portions, to have a Young's modulus greater than a Young's modulus of the receiving layer ; connecting the receiving layer to the exposed surface of the workpiece to form a composite structure, exposing the composite structure to an inner and/or outer stress field such that the layer of solid material is separated from the workpiece along a plane extending within the workpiece .