mhurhangee/patent-ind-claim-en huggingface dataset:
Seal comprising a sealing ring which has at least one dynamically stressed sealing lip and has a support ring composed of a tough-hard material, wherein the sealing ring and the support ring are connected to one another, wherein the support ring comprises a radial limb to which the sealing lip is fixed at one side in the radial direction , wherein the radial limb is of two-part form and has a first sub-limb , arranged at one side in the radial direction , and a second sub-limb , arranged at the other side in the radial direction , wherein the sub-limbs are assigned to one another in an adjacent manner and with a first radial spacing and delimit a first gap , wherein the first sub-limb is connected to the sealing lip , wherein the first and the second sub-limb are fixed to one another by a connecting device composed of a rubber-elastic material, and wherein the connecting device , as viewed in section, has an axial length and a radial height , characterized in that the axial length corresponds substantially to the radial height , in that the sealing ring comprises at least one statically stressed seal , in that the statically stressed seal comprises a first and a second sealing bead , which are assigned to one another in an adjacent manner and with a second radial spacing , and in that the second gap , formed by the second radial spacing , is substantially free of the material of the statically stressed seal , and in that the first gap and the second gap each have a substantially corresponding diameter .
A solder alloy having an alloy composition consisting of, by mass%, Ag: 1.0 to 1.4%, Cu: 0.1 to 1.0%, Ni: 0.01 to 0.10%, and P: 0.006% to 0.009%, with the balance being Sn and unavoidable impurities. Ag: 1.0 to 1.4%, Cu: 0.1 to 1.0%, Ni: 0.01 to 0.10%, and P: 0.006% to 0.009%, with the balance being Sn and unavoidable impurities.
Pouring closure for liquid containers, with a pour spout which can be sealingly fixed to a container neck and the cross section of which is closed by a membrane before use, wherein a portion of the membrane extending transversely over the membrane and approximately pear-shaped in plan view, is connected to the remaining portion via an easily tearable line of weakness and can be detached from the membrane , with the result that after the detachment it releases an opening in the membrane , which is correspondingly pear-shaped in plan view, with the result that liquid can be poured selectively out of a relatively narrower section or out of a relatively wider section of the pear-shaped opening when the container is tilted, depending on the orientation thereof, characterized in that the membrane has webs on its inner surface, at a close distance beside the line of weakness and outside the tear-out section, which extend inwards away from the membrane surface, and which run on both sides of the narrow section of the tear-out portion or of the opening and along at least a portion of a transition region between the narrower and the wider sections, and wherein the web height increases from the beginning of the web close to their first end of the narrow section remote from the wide section as it approaches the transition region .
A method implemented in a second access node of a wireless communications system including a user equipment, UE (104-106), supporting frequency division duplex, FDD, time division duplex, TDD, carrier aggregation, CA, a first access node operable to transmit to the UE (104-106) data on a first duplex mode carrier as a primary component carrier, PCell, the first duplex mode being TDD, and the second access node operable to transmit to the UE (104-106) data on a second duplex mode carrier, the second duplex mode being FDD, the method comprising: transmitting, to the UE (104-106), data on the second duplex mode carrier as a secondary component carrier, SCell, and wherein the UE transmits, on the first duplex mode carrier, to the first access node, a hybrid automatic repeat request acknowledgment, HARQ-ACK, in subframe 8 , and associating the HARQ-ACK with data transmitted from the second access node to the UE on the second duplex mode carrier with subframes 2 , 3 , and 4 . transmitting, to the UE (104-106), data on the second duplex mode carrier as a secondary component carrier, SCell, and wherein the UE transmits, on the first duplex mode carrier, to the first access node, a hybrid automatic repeat request acknowledgment, HARQ-ACK, in subframe 8 , and associating the HARQ-ACK with data transmitted from the second access node to the UE on the second duplex mode carrier with subframes 2 , 3 , and 4 .
A multi-layer product comprising: a first layer having pre-formed lines of separation defining one or more first portions ; a second layer having pre-formed lines of separation defining one or more second portions ; and an adhesive layer between the first and second layers ; characterised in that a release layer is provided between the second layer and the adhesive layer ; and at least part of the or each second portion is fixedly secured to a respective one of the one or more first portions at one or more securing locations (30; 31; 32, 34; 35). a first layer having pre-formed lines of separation defining one or more first portions ; a second layer having pre-formed lines of separation defining one or more second portions ; and an adhesive layer between the first and second layers ; characterised in that a release layer is provided between the second layer and the adhesive layer ; and at least part of the or each second portion is fixedly secured to a respective one of the one or more first portions at one or more securing locations (30; 31; 32, 34; 35).
A measuring arrangement for in-line holography microscopy, comprising: an illuminating arrangement configured to emit coherent light ; a cuvette of flow-through type configured to allow a continuous flow of a fluid to be analysed to be led through the cuvette along its longitudinal direction during analysis, defining an inner volume for receiving a fluid possibly comprising microscopic objects of foreign origin, the cuvette being arranged to receive the coherent light and let it, after propagating across the cuvette, exit therefrom through opposite entrance and exit openings , respectively, the entrance opening being closed by an entrance window , whereby the possible microscopic objects present in the fluid scatter part of the light, the scattered and non-scattered light interfering so as to form interference fringes behind the microscopic objects; an image sensor comprising a light sensitive cell , the image sensor being arranged to capture a hologram digital image frame by receiving the light propagated across the cuvette; and an exit window arranged to close the exit opening of the cuvette; wherein the image sensor is mounted in direct contact with the cuvette ; the exit window being mounted to the cuvette , and the image sensor comprising a protective window positioned in front of the light sensitive cell , the protective window being mounted in direct contact with the exit window; and wherein the cuvette is configured to be connected to an external piping from which the continuous flow of the fluid can be led to the cuvette. an illuminating arrangement configured to emit coherent light ; a cuvette of flow-through type configured to allow a continuous flow of a fluid to be analysed to be led through the cuvette along its longitudinal direction during analysis, defining an inner volume for receiving a fluid possibly comprising microscopic objects of foreign origin, the cuvette being arranged to receive the coherent light and let it, after propagating across the cuvette, exit therefrom through opposite entrance and exit openings , respectively, the entrance opening being closed by an entrance window , whereby the possible microscopic objects present in the fluid scatter part of the light, the scattered and non-scattered light interfering so as to form interference fringes behind the microscopic objects; an image sensor comprising a light sensitive cell , the image sensor being arranged to capture a hologram digital image frame by receiving the light propagated across the cuvette; and an exit window arranged to close the exit opening of the cuvette; wherein the image sensor is mounted in direct contact with the cuvette ; the exit window being mounted to the cuvette , and the image sensor comprising a protective window positioned in front of the light sensitive cell , the protective window being mounted in direct contact with the exit window; and wherein the cuvette is configured to be connected to an external piping from which the continuous flow of the fluid can be led to the cuvette.
An optical sensor configured to measure an unfinished measurement image formed with toner on an image bearing member , the optical sensor comprising: a substrate ; a first light emitting element formed on a predetermined surface of the substrate ; a second light emitting element formed on the predetermined surface; a first light receiving element , which is formed on the predetermined surface, configured to receive specularly reflected light, wherein the specularly reflected light is changed with an amount of toner of the unfinished measurement image in a case where the first light emitting element emits light to the unfinished measurement image; and a second light receiving element , which is formed on the predetermined surface, and is configured to receive diffused reflected light, wherein the diffused reflected light is changed with the amount of toner of the unfinished measurement image in a case where the second light emitting element emits light to the unfinished measurement image, wherein, the first light receiving element is provided between the first light emitting element and the second light emitting element , the second light receiving element is provided between the first light emitting element and the second light emitting element , and the first light emitting element , the second light emitting element , the first light receiving element , and the second light receiving element are configured to be mounted substantially in parallel to the image bearing member . a substrate ; a first light emitting element formed on a predetermined surface of the substrate ; a second light emitting element formed on the predetermined surface; a first light receiving element , which is formed on the predetermined surface, configured to receive specularly reflected light, wherein the specularly reflected light is changed with an amount of toner of the unfinished measurement image in a case where the first light emitting element emits light to the unfinished measurement image; and a second light receiving element , which is formed on the predetermined surface, and is configured to receive diffused reflected light, wherein the diffused reflected light is changed with the amount of toner of the unfinished measurement image in a case where the second light emitting element emits light to the unfinished measurement image, wherein, the first light receiving element is provided between the first light emitting element and the second light emitting element , the second light receiving element is provided between the first light emitting element and the second light emitting element , and the first light emitting element , the second light emitting element , the first light receiving element , and the second light receiving element are configured to be mounted substantially in parallel to the image bearing member .
A method of obtaining system information, which is applied to a user equipment, UE (UE 2), the method comprising: turning on a function of detecting a first target beam under a preset trigger condition, wherein the first target beam is a beam that carries target system information and is emitted by a base station to one or more initiating UEs (UE 1) in response to a system information request transmitted by the one or more initiating UEs (UE 1); detecting the first target beam before a preset state, wherein the preset state refers to a state in which the UE (UE 2) actually needs the target system information; obtaining the target system information according to the first target beam when the first target beam is received before the preset state; transmitting a system information request to the base station when the first target beam is not received before the preset state; receiving a second target beam directionally emitted by the base station in response to the system information request transmitted by the UE; and obtaining the target system information according to the second target beam. turning on a function of detecting a first target beam under a preset trigger condition, wherein the first target beam is a beam that carries target system information and is emitted by a base station to one or more initiating UEs (UE 1) in response to a system information request transmitted by the one or more initiating UEs (UE 1); detecting the first target beam before a preset state, wherein the preset state refers to a state in which the UE (UE 2) actually needs the target system information; obtaining the target system information according to the first target beam when the first target beam is received before the preset state; transmitting a system information request to the base station when the first target beam is not received before the preset state; receiving a second target beam directionally emitted by the base station in response to the system information request transmitted by the UE; and obtaining the target system information according to the second target beam.
Fluidized catalyst system comprising: - at least a valve , - at least a cyclone wherein at least said valve and said cyclone are exposed to erosion, the system also comprising - an erosion monitoring apparatus comprising a bundle of fiber optic sensors , said optical fibers being provided of one or more Bragg gratings, and a processing unit, said system being characterized by the fact that the fiber optic sensors depart from the bundle and are positioned orthogonally with respect to a wall exposed to erosion wear and belonging to the components to be monitored. - at least a valve , - at least a cyclone wherein at least said valve and said cyclone are exposed to erosion, the system also comprising - an erosion monitoring apparatus comprising a bundle of fiber optic sensors , said optical fibers being provided of one or more Bragg gratings, and a processing unit, said system being characterized by the fact that the fiber optic sensors depart from the bundle and are positioned orthogonally with respect to a wall exposed to erosion wear and belonging to the components to be monitored.
Analytical testing device comprising a fluid transport device with a fluid-impermeable support , upon which support a start zone (24; 24') is arranged for applying transport fluid to be transported and a target zone (26, 28; 26a-e) into which the transport fluid is to be transported, as well as a conduction zone extending between the start zone and the target zone (26, 28; 26a-e) that comprises a microporous transport layer in which the transport fluid flows by capillary action from the start zone (24; 24') to the target zone (26, 28; 26a-e), wherein a selective binder is permanently immobilized in at least one target zone (26, 28; 26a-e), which binder is capable of selectively binding with marked analytes transported by the transport fluid from the start zone (24; 24', 24a-e) to the end zone (26, 28; 26a-e), characterized in that the conduction zone has a plurality of deepened, open grooves designed as flow channels that are separated from one another by microporous dividers (18; 18') with open-pore side walls (20; 20'), wherein the width of the channels (16; 16') and the dividers (18; 18') as well as the height of the dividers (18; 18') and the depth of the channels (16; 16') are respectively between 5 microns and 100 microns and wherein the width of the dividers (18; 18') corresponds to 0.5 to 5 times the width of the channels (16; 16').
A method executed by a User Equipment for wireless communication with a Base Station , comprising: identifying a first subset of random access resources for a two-step random access procedure to access wireless resources of a shared radio frequency spectrum band; identifying a second subset of random access resources for a four-step random access procedure to access wireless resources of the shared radio frequency spectrum band; the method being characterised by selecting one of the first subset of random access resources or the second subset of random access resources based at least in part on a channel metric of a communications channel of the base station and transmitting a random access message using the selected subset of resources. identifying a first subset of random access resources for a two-step random access procedure to access wireless resources of a shared radio frequency spectrum band; identifying a second subset of random access resources for a four-step random access procedure to access wireless resources of the shared radio frequency spectrum band; the method being characterised by selecting one of the first subset of random access resources or the second subset of random access resources based at least in part on a channel metric of a communications channel of the base station and transmitting a random access message using the selected subset of resources.
A coupler for coupling a railway vehicle to another railway vehicle, comprising a mounting arm for mounting the coupler to a railway vehicle, a coupling arm, a joint , wherein the mounting arm and the coupling arm are connected to each other via the joint in such a way that the mounting arm and the coupling arm are movable relative to each other and the coupling arm can be brought into a pivoted position; characterized in that the coupler further comprises a coupler deflecting device which is arranged and designed to deflect the coupler in a pivoted position when it comes into contact with another coupler.
A method performed by a user equipment (UE) , the method comprising: determining (s1204) a receive (RX) spatial filter for receiving both a first measurement resource and a second measurement resource, wherein the RX spatial filter is determined based on a first spatial quasi-co-located (QCL) reference associated with the first measurement resource and a second spatial QCL reference associated with the second measurement resource, and the first and second spatial QCL references are different; and measuring (s1206) the first and second measurement resources with the determined Rx spatial filter. determining (s1204) a receive (RX) spatial filter for receiving both a first measurement resource and a second measurement resource, wherein the RX spatial filter is determined based on a first spatial quasi-co-located (QCL) reference associated with the first measurement resource and a second spatial QCL reference associated with the second measurement resource, and the first and second spatial QCL references are different; and measuring (s1206) the first and second measurement resources with the determined Rx spatial filter.
Land-based electric vehicle charging plug having a plug base and a separate and interchangeable interface which is detachably fixed to the plug base , wherein the plug base has an electrically nonconductive base body and at least one charging current base contact , the interface has an electrically nonconductive interface body and at least one charging current interface contact , which is plugged together with the corresponding charging current base contact , and the plug base and the interface have positive guide means (50-65), which form an insertion funnel , characterized in that the positive guide means is formed as a lug body , which engages in a corresponding lug guide when they are plugged together, wherein the positive guide plane (X-Y) lies in the base plane of the flat lug body . the plug base has an electrically nonconductive base body and at least one charging current base contact , the interface has an electrically nonconductive interface body and at least one charging current interface contact , which is plugged together with the corresponding charging current base contact , and the plug base and the interface have positive guide means (50-65), which form an insertion funnel , characterized in that the positive guide means is formed as a lug body , which engages in a corresponding lug guide when they are plugged together, wherein the positive guide plane (X-Y) lies in the base plane of the flat lug body .
Device for pressing a non-hardened concrete composition into a desired form, whereby the device comprises an upper plate with one or more first cavities that run through the upper plate , a moulding plate with one or more second cavities whereby the upper plate is located directly above the moulding plate , a bottom plate located under the moulding plate whereby the bottom plate closes the one or more second cavities on the bottom, whereby the upper plate and the moulding plate are arranged to move horizontally in relation to each other between a first position in which the one or more first cavities are directly and exactly above the one or more second cavities and a second position in which the one or more first cavities are not above the one or more second cavities , whereby the thickness of the upper plate and not the thickness of the moulding plate is decisive for the thickness of the final article , whereby the device comprises one or more stamps arranged to move vertically to press the non-hardened concrete composition, whereby the stamps are located above the one or more second cavities , characterised in that the moulding plate is arranged to move vertically between a lowest setting, whereby the moulding plate closes the one or more second cavities at the bottom, and a highest setting, whereby the non-hardened concrete articles are removed from the second cavities , whereby the upper plate and the moulding plate are arranged to move vertically together, or alternatively whereby the moulding plate and the upper plate remain in position and the bottom plate is arranged to move upwards against the bottom of the moulding plate to close of the second cavities and downwards to remove the concrete articles from the second cavities , or alternatively a combination of both arrangements, whereby the moulding plate is arranged to move upwards together with the upper plate and the bottom plate is arranged to move downwards or vice versa.
Device : for establishing a non-destructive deformation of a conduit having a cross-section having a cross-section dimension and an inner surface, the device comprising: - An elongated body having a body centre axis, a leading end and a trailing end, the body being arranged to be transported through the conduit with the leading end leading; and - A first deformation module provided at a first position of the body, the first deformation module comprising at least two deformation members , protruding from the elongated body and defining a first deformation circle; wherein the deformation members are arranged for exercising forces to the inner surface of the conduit resulting in non-destructive deformation of the cross-section of the conduit. - An elongated body having a body centre axis, a leading end and a trailing end, the body being arranged to be transported through the conduit with the leading end leading; and - A first deformation module provided at a first position of the body, the first deformation module comprising at least two deformation members , protruding from the elongated body and defining a first deformation circle;