mhurhangee/patent-ind-claim-en huggingface dataset:
A fixing device comprising: a rotatable fixing member formed as an endless belt; a heat source to heat the fixing member ; a nip-forming member being not rotatable and arranged inside the fixing member ; and a pressure member arranged outside the fixing member so as to face the nip-forming member , the pressure member forming a nip (N) between the pressure member and the fixing member , wherein the fixing device causes a recording medium bearing an unfixed image to pass through the nip (N) to fix the unfixed image to the recording medium, the nip-forming member is formed of a first heat transmission unit and a sliding sheet , the first heat transmission unit includes an abutting part abutting the fixing member with the sliding sheet therebetween, and a bent part or bent parts extending inside the fixing member at upstream or upstream and downstream of the nip (N) in a transport direction of the recording medium, and a retaining part to catch and retain the sliding sheet is provided at a tip of at least the bent part at upstream of the nip (N) in the transport direction of the recording medium, wherein the first heat transmission unit is formed of a material having high thermal conductivity, characterised in that the fixing device further comprises a retaining unit retaining the nip-forming member and a part of the retaining unit is surrounded by the abutting part and the bent part or bent parts . a rotatable fixing member formed as an endless belt; a heat source to heat the fixing member ; a nip-forming member being not rotatable and arranged inside the fixing member ; and a pressure member arranged outside the fixing member so as to face the nip-forming member , the pressure member forming a nip (N) between the pressure member and the fixing member , wherein the fixing device causes a recording medium bearing an unfixed image to pass through the nip (N) to fix the unfixed image to the recording medium, the nip-forming member is formed of a first heat transmission unit and a sliding sheet , the first heat transmission unit includes an abutting part abutting the fixing member with the sliding sheet therebetween, and a bent part or bent parts extending inside the fixing member at upstream or upstream and downstream of the nip (N) in a transport direction of the recording medium, and a retaining part to catch and retain the sliding sheet is provided at a tip of at least the bent part at upstream of the nip (N) in the transport direction of the recording medium, wherein the first heat transmission unit is formed of a material having high thermal conductivity, characterised in that the fixing device further comprises a retaining unit retaining the nip-forming member and a part of the retaining unit is surrounded by the abutting part and the bent part or bent parts .
A refrigerator comprising: a storage compartment including a shelf assembly (900a to 900d, 2100) withdrawably disposed in the storage compartment , a plurality of accommodation spaces (951a to 958a, 2110 to 2170) being formed on the shelf assembly (900a to 900d, 2100); a plurality of detectors (151a to 158a, 2310 to 2370), each of which is disposed on one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) to detect whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; a plurality of indicators (171a to 178a, 2610 to 2670), each of which is disposed on a front plate of the shelf assembly (900a to 900d, 2100) to display whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; and a controller configured to turn on at least one indicator (171a to 178a, 2610 to 2670) corresponding to at least one accommodation space (951a to 958a, 2110 to 2170), based on a result of detection of the plurality of detectors (151a to 158a, 2310 to 2370), wherein, in response to a user input for unloading a storage container from a first accommodation space among the plurality of accommodation spaces (951a to 958a, 2110 to 2170), the controller is configured to turn on a first indicator among the plurality of indicators (171a to 178a, 2610 to 2670), characterized in that : in response to a user input for reloading the storage container which is unloaded from the first accommodation space, the controller is configured to turn on the first indicator of the first accommodation space. a storage compartment including a shelf assembly (900a to 900d, 2100) withdrawably disposed in the storage compartment , a plurality of accommodation spaces (951a to 958a, 2110 to 2170) being formed on the shelf assembly (900a to 900d, 2100); a plurality of detectors (151a to 158a, 2310 to 2370), each of which is disposed on one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) to detect whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; a plurality of indicators (171a to 178a, 2610 to 2670), each of which is disposed on a front plate of the shelf assembly (900a to 900d, 2100) to display whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; and a controller configured to turn on at least one indicator (171a to 178a, 2610 to 2670) corresponding to at least one accommodation space (951a to 958a, 2110 to 2170), based on a result of detection of the plurality of detectors (151a to 158a, 2310 to 2370), wherein, in response to a user input for unloading a storage container from a first accommodation space among the plurality of accommodation spaces (951a to 958a, 2110 to 2170), the controller is configured to turn on a first indicator among the plurality of indicators (171a to 178a, 2610 to 2670), characterized in that : in response to a user input for reloading the storage container which is unloaded from the first accommodation space, the controller is configured to turn on the first indicator of the first accommodation space.
Test bench for a pitch-pivot connection, comprising a rotor hub held in a rotor hub adapter , to which a rotor blade element is mounted via a rotary connection , on the end of which rotor blade element facing away from the rotor hub adapter a lifting device engages, which can introduce a transverse force onto the end of the rotor blade element , characterized in that a transverse force compensation device (TFC device) between the rotary connection and the lifting device supports the rotor blade element via a tensionable belt in order to set a predetermined ratio of bending moment and transverse force at the rotary connection .
Seal, comprising a supporting ring and at least one sealing ring , wherein the sealing ring and the supporting ring are connected to one another, wherein the supporting ring has an outer circumference and is at least partially surrounded in a radial direction on the outer circumferential side by an encasement of the sealing ring , wherein the sealing ring has at least one dynamically loaded sealing lip which is arranged on that side of the sealing ring which is radially averted from the encasement , wherein the sealing ring is composed of an electrically conductive and polymer material and wherein the encasement and the sealing lip are formed so as to transition integrally into one another, wherein the dynamically loaded sealing lip is formed as an upstream sealing lip and wherein the dynamically loaded sealing lip is positioned upstream, in a functional series arrangement in an axial direction , of a dynamically loaded further sealing lip as a main sealing lip for sealing off a medium to be sealed off in a space to be sealed off, characterized in that the sealing ring is in indirectly abutting contact with the supporting ring by means of an elastomer strip , in that the supporting ring is of substantially L-shaped form, with a radial limb and with an axial limb which adjoins the radial limb at the outside in the radial direction , in that the elastomer strip completely surrounds the axial limb and the radial limb , in that arranged radially on the inner circumferential side of a radial limb of the supporting ring , in the axial direction between the dynamically loaded sealing lip and the dynamically loaded further sealing lip , is an elastomer sealing lip which is formed integrally with the material of the elastomer strip and which, in the installed state of the seal, sealingly surrounds a surface to be sealed off of a shaft to be sealed off with radial preload.
A method for providing a Radio Link Control, RLC, status report based on a configuration of a Packet Data Convergence Protocol, PDCP, entity of a User Equipment, UE, in a wireless network system, the method comprising: detecting, at the UE , that a RLC layer is configured to operate in an Acknowledge Mode, AM; receiving, at the UE , a t-reordering timer duration for a t-reordering timer included in the PDCP entity , and informinga RLC entity of the UE about the t-reordering timer duration; receiving, at the UE , a first Packet Data unit (PDU) by the RLC entity and at least one second PDU by the RLC entity , wherein each PDU includes a Sequence Number, SN; detecting, by the UE , a PDU gap when the SN of the first PDU and the second PDU are not consecutive; providing, by the UE , the RLC status report to a transmitter side of the RLC entity of a network to recover packets missed in the PDU gap based on the t-reordering timer duration; receiving, by the UE , the PDUs based on the RLC status report; and providing, by the UE , the RLC status report to a transmitter side of the RLC entity of a network includes: sending an Acknowledgement, ACK, message in the RLC status report to the RLC entity of the UE , even if the data packet is not received after twice the t-reordering timer duration. detecting, at the UE , that a RLC layer is configured to operate in an Acknowledge Mode, AM; receiving, at the UE , a t-reordering timer duration for a t-reordering timer included in the PDCP entity , and informinga RLC entity of the UE about the t-reordering timer duration; receiving, at the UE , a first Packet Data unit (PDU) by the RLC entity and at least one second PDU by the RLC entity , wherein each PDU includes a Sequence Number, SN; detecting, by the UE , a PDU gap when the SN of the first PDU and the second PDU are not consecutive; providing, by the UE , the RLC status report to a transmitter side of the RLC entity of a network to recover packets missed in the PDU gap based on the t-reordering timer duration; receiving, by the UE , the PDUs based on the RLC status report; and providing, by the UE , the RLC status report to a transmitter side of the RLC entity of a network includes: sending an Acknowledgement, ACK, message in the RLC status report to the RLC entity of the UE , even if the data packet is not received after twice the t-reordering timer duration.
A display device , comprising: a projector configured to emit projection light (L) having a first projection distance (P1); a first screen disposed at the first projection distance (P1) from the projector along the projection light (L) and configured to receive first projection light (L1) of the projection light (L) and display a first image (M1); a second screen disposed at a position at which a distance from the projector along the projection light (L) is shorter than the distance of the first screen and configured to receive second projection light (L2) of the projection light (L) different from the first projection light (L1) and display a second image (M2) characterized in that the display device further comprises a projection distance shortening unit having positive refractive power, disposed on a path of the second projection light (L2) between the projector and the second screen , and configured to shorten a projection distance of the second projection light (L2). a projector configured to emit projection light (L) having a first projection distance (P1); a first screen disposed at the first projection distance (P1) from the projector along the projection light (L) and configured to receive first projection light (L1) of the projection light (L) and display a first image (M1); a second screen disposed at a position at which a distance from the projector along the projection light (L) is shorter than the distance of the first screen and configured to receive second projection light (L2) of the projection light (L) different from the first projection light (L1) and display a second image (M2) characterized in that the display device further comprises a projection distance shortening unit having positive refractive power, disposed on a path of the second projection light (L2) between the projector and the second screen , and configured to shorten a projection distance of the second projection light (L2).
A pharmaceutical solution composition for delivery to the pulmonary system via a soft mist inhaler comprising: (a) an inhaled corticosteroid (ICS), (b) a long-acting beta-agonist (LABA), and (c) optionally a long-acting muscarinic antagonist (LAMA), dissolved in a pharmaceutically acceptable solvent, wherein the solvent comprises ethanol in an amount of 75 to 100% v/v. (a) an inhaled corticosteroid (ICS), (b) a long-acting beta-agonist (LABA), and (c) optionally a long-acting muscarinic antagonist (LAMA), dissolved in a pharmaceutically acceptable solvent, wherein the solvent comprises ethanol in an amount of 75 to 100% v/v.
A method, comprising: receiving , by a processor associated with an ultrasound probe , ultrasound image data; detecting , by the processor , areas with artifacts in the ultrasound image data; classifying , by the processor , the areas with artifacts into one of a plurality of available artifact classes ; generating , by the processor , an indication of the areas with artifacts for an ultrasound-based image, wherein the indications include a designation of the artifact class; and presenting , to an operator via a display , the ultrasound-based image, the indication of the areas with artifacts, wherein the indication includes an overlay with the designation of the artifact class associated with each artifact. receiving , by a processor associated with an ultrasound probe , ultrasound image data; detecting , by the processor , areas with artifacts in the ultrasound image data; classifying , by the processor , the areas with artifacts into one of a plurality of available artifact classes ; generating , by the processor , an indication of the areas with artifacts for an ultrasound-based image, wherein the indications include a designation of the artifact class; and presenting , to an operator via a display , the ultrasound-based image, the indication of the areas with artifacts, wherein the indication includes an overlay with the designation of the artifact class associated with each artifact.
A folding box , comprising a base and two pairs of opposite side plates , wherein the base having a plate-like body and two pairs of opposite protrusion edges surrounding the periphery of the plate-like body , and the two pairs of opposite side plates are hinged to the protrusion edges of the base and are foldable relative to the base , wherein a plurality of connecting parts spaced apart from each other extend from the bottom of the side plate , and at least one side plate engaging part is arranged at each of two adjacent connecting parts ; pockets are formed in positions corresponding to the connecting parts in the protrusion edges of the base, and at least two base engaging parts are arranged in each pocket , wherein each base engaging part is arranged so that when the side plate is hinged to the base , the base engaging part is engaged with the corresponding side plate engaging part , and each side plate engaging part is arranged such that the side plate engaging part is rotatable around the base engaging part during the side plates being folded relative to the base ; and characterized in that the bottom of the side plate is further provided with side plate limiting parts extending from the other side of the connecting parts opposite to the side plate engaging part and being a rib or a protrusion extending downward from the bottom of the side plate , and limiting grooves are formed at both sides of the pocket of the base at positions corresponding to the side plate limiting parts , wherein the side plate limiting parts are inserted into the limiting grooves respectively to prevent the side plate from turning outwards when the side plate is in upright state. a plurality of connecting parts spaced apart from each other extend from the bottom of the side plate , and at least one side plate engaging part is arranged at each of two adjacent connecting parts ; pockets are formed in positions corresponding to the connecting parts in the protrusion edges of the base, and at least two base engaging parts are arranged in each pocket , wherein each base engaging part is arranged so that when the side plate is hinged to the base , the base engaging part is engaged with the corresponding side plate engaging part , and each side plate engaging part is arranged such that the side plate engaging part is rotatable around the base engaging part during the side plates being folded relative to the base ; and characterized in that the bottom of the side plate is further provided with side plate limiting parts extending from the other side of the connecting parts opposite to the side plate engaging part and being a rib or a protrusion extending downward from the bottom of the side plate , and limiting grooves are formed at both sides of the pocket of the base at positions corresponding to the side plate limiting parts , wherein the side plate limiting parts are inserted into the limiting grooves respectively to prevent the side plate from turning outwards when the side plate is in upright state.
An adaptor (1;101) for optically connecting fibre optic devices together, said adaptor (1;101) including: a body (3;103) having first and second receiving formations (15,17;115,117), the first receiving formation is arranged to receive a first fibre optic connector having a key , the second receiving formation is adaptable between first and second configurations, wherein in the first configuration the second receiving formation is arranged to receive a second fibre optic connector , and in the second configuration is arranged to receive a ferrule , and including a sub-adaptor (5;105) for adapting the second receiving formation from one of the first and second configurations to the other of the first and second configurations; characterised in that the sub-adaptor (5;105) is a separate component from the adaptor body (3;103), the sub-adaptor (5;105) is releasably attachable to the adaptor body (3;103) and including locking means arranged to releasably attach the sub-adaptor (5;105) to the adaptor body (3;103); and in that the first receiving formation is arranged to receive the first fibre optic connector in first and second orientations and includes a plurality of keyways at a first end of the body , and further including at least one blocking member for selectively blocking access to at least one of the plurality of keyways , wherein the blocking member is releasably attachable to the body .
A method of operating a production for producing a plurality of products , the method comprising: inspecting the products according to a first inspection rate (R1), the inspection rate determining the number of products that are inspected during a period of time (n-1, n, n+1) and/or from a given set of products , wherein an inspection of one of the products comprises testing, at at least one inspection station , obtaining test data based on the inspection of at least one of the products , determining, based on the test data obtained, a probability distribution (P) of one or more test variables measured when testing the products , setting a threshold (O1, O2) for a number of products not fulfilling the testing, determining a second inspection rate (R2) based on the threshold set (O1, 02) and the probability distribution (P), and inspecting the products according to a second inspection rate (R2)wherein determining the probability distribution (P) of one or more test variables comprises the step of: fitting the test data based on a kernel density estimation. inspecting the products according to a first inspection rate (R1), the inspection rate determining the number of products that are inspected during a period of time (n-1, n, n+1) and/or from a given set of products , wherein an inspection of one of the products comprises testing, at at least one inspection station , obtaining test data based on the inspection of at least one of the products , determining, based on the test data obtained, a probability distribution (P) of one or more test variables measured when testing the products , setting a threshold (O1, O2) for a number of products not fulfilling the testing, determining a second inspection rate (R2) based on the threshold set (O1, 02) and the probability distribution (P), and inspecting the products according to a second inspection rate (R2)wherein determining the probability distribution (P) of one or more test variables comprises the step of: fitting the test data based on a kernel density estimation.
Tool case for storing and transporting at least one matrix segment of a matrix disk of a rotary tablet press, with a portable tool case shell and at least one segment insert arranged in the tool case shell for holding at least one matrix segment , wherein the segment insert comprises multiple set of selectively activatable or deactivatable limiting means, wherein each set of limiting means is associated with a matrix segment of a certain size and/or shape, wherein the sets of limiting means hold a matrix segment assigned to each of them in the activated state in a displacement-proof manner on the segment insert , wherein said limiting means comprises a plurality of sets of limiting recesses formed in said at least one segment insert and a plurality of limiting plugs , wherein limiting plugs can be inserted into the set of limiting recesses to activate a set of limiting means, wherein the limiting plugs , when inserted into the limiting recesses , project beyond the upper side of the at least one segment insert to secure the at least one matrix segment against displacement, characterized in that the limiting recesses each have at least one marking indicating the association of the limiting recesses with a specific set of limiting recesses .