mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger comprising: a plurality of channels configured for flow of working fluid wherein the plurality of channels are configured to move between a non-expanded configuration and an expanded configuration such that, in the non-expanded configuration the plurality of channels are sized so as to allow for movement of the heat exchanger relative to one or more heat sources and in the expanded configuration the plurality of channels are sized so as to restrict movement of the heat exchanger relative to the one or more heat sources , wherein the plurality of channels are configured so that changes in internal pressure of the working fluid causes the plurality of channels to move between the non-expanded configuration and the expanded configuration, characterised in that the plurality of channels comprise a plurality of internal walls configured to provide a plurality of sub-channels and wherein the plurality of internal walls comprise means for enabling expansion of the internal walls as the plurality of channels are moved between the non-expanded configuration and the expanded configuration. a plurality of channels configured for flow of working fluid wherein the plurality of channels are configured to move between a non-expanded configuration and an expanded configuration such that, in the non-expanded configuration the plurality of channels are sized so as to allow for movement of the heat exchanger relative to one or more heat sources and in the expanded configuration the plurality of channels are sized so as to restrict movement of the heat exchanger relative to the one or more heat sources , wherein the plurality of channels are configured so that changes in internal pressure of the working fluid causes the plurality of channels to move between the non-expanded configuration and the expanded configuration, characterised in that the plurality of channels comprise a plurality of internal walls configured to provide a plurality of sub-channels and wherein the plurality of internal walls comprise means for enabling expansion of the internal walls as the plurality of channels are moved between the non-expanded configuration and the expanded configuration.
A method for the in vitro modulation of the cold menthol receptor TRPM8, wherein the receptor is brought into contact with at least one modulator selected from the following compounds: No. Formula No. Formula P1 P2 P3 P4 P5 P6 P7 P8 P9 P10 P11 P12 P13 P1 4 P15 P16 P17 P18 P19 P20 P21 P22 P23 P24 P25 P26 P27 P28 P29 P30 P31 and salts of these compounds, particularly acid addition salts with inorganic or in particular organic, monobasic or especially polybasic carboxylic acids; and optionally in stereoisomerically pure form or as a mixture of stereoisomers.
A packaging system that maintains the free flowing characteristic of solid materials contained therein, the packaging system comprising: a container having a perimetrical side wall extending upwardly from a bottom wall to an open top, wherein the perimetrical side wall and bottom wall define an interior; a cover removably attached to the open top to seal the interior; a vapor permeable bag in the interior of the container, the vapor permeable bag comprising an opening for receiving a product , wherein, after the vapor permeable bag receives the product , the opening is closed; and a vapor impermeable liner surrounding the vapor permeable bag ; characterized in that the packaging system further comprises: at least two desiccant snakes disposed between the vapor permeable bag and the liner , wherein each snake comprises two or more desiccant packages that are directly attached to each other or attached by a cord or string, wherein a first snake is located at the bottom of the container and has an identification cord that extends to the top of the vapor permeable bag , and wherein a second snake is located on top of the vapor permeable bag . a container having a perimetrical side wall extending upwardly from a bottom wall to an open top, wherein the perimetrical side wall and bottom wall define an interior; a cover removably attached to the open top to seal the interior; a vapor permeable bag in the interior of the container, the vapor permeable bag comprising an opening for receiving a product , wherein, after the vapor permeable bag receives the product , the opening is closed; and a vapor impermeable liner surrounding the vapor permeable bag ; characterized in that the packaging system further comprises: at least two desiccant snakes disposed between the vapor permeable bag and the liner , wherein each snake comprises two or more desiccant packages that are directly attached to each other or attached by a cord or string, wherein a first snake is located at the bottom of the container and has an identification cord that extends to the top of the vapor permeable bag , and wherein a second snake is located on top of the vapor permeable bag .
Method for dissipating the kinetic energy during an impact on a glass trim element into a motor vehicle's interior comprising a step of fixation of the glass element to a support to provide an assembly that is integrated to motor vehicle's interior body, the glass trim element being a trim element mounted onto the upper part of a center console body on which functional elements and at least one trim element are mounted, wherein the support comprises further a mean with a permanent deformation or not to dissipate the kinetic energy during an impact, characterized in that the mean with a permanent deformation or not is provided around the periphery or the total surface of the glass element in contact with the support, so that the dissipation of the energy due to the impact will occur by friction.
A ballast discarding device for a full-sea deep manned submersible, comprising an outer cylinder and an inner cylinder arranged concentrically, wherein the outer cylinder and the inner cylinder are connected respectively by a plurality of mounting brackets, a first cavity with an opening is formed between the inner wall of the outer cylinder and the inner wall of the inner cylinder , and a second cavity with an opening is formed inside the inner cylinder ; characterized in that the ballast discarding device further comprises a turning plate provided with a hole, said turning plate connecting the bottoms of the outer cylinder and the inner cylinder together, one end of the turning plate is hinged with a first hinged support , and the other end of the turning plate is connected with a hanging mechanism hinged to a third hinged support ; and the turning plate is also provided with a sliding mechanism for opening and closing the hole of the turning plate , the movable end of the sliding mechanism is connected with the output end of a power mechanism, and the power mechanism is arranged at the bottom of the turning plate .
The compound 2-[4-(1,1-dimethylethyl)phenyl]-1H-benzimidazole, or a pharmaceutically acceptable salt thereof, for use in preventing and/or treating anxiety in a subject, wherein said subject is 45-60 years old or over 60 years old.
A method for extraction or introduction of a rotor from or into a stator of an electric machine , the rotor having at least a shaft that carries fan blades removably mounted in at least two seats of the shaft , wherein the rotor is supported by two bearings , providing a device for extraction or introduction of a rotor from or into a stator of an electric machine , the device comprising a first guide and a second guide being slidable on the first guide , wherein the device is configured in a way that by sliding the second guide on the first guide the rotor is extracted from or introduced into the stator of the electric machine , characterised by removing at least two fan blades , connecting the first guide into the at least two seats of the removed at least two fan blades , connecting the second guide to the stator or an element fixed to the stator , providing cushions between the stator and the rotor , removing one or both of the bearings supporting the rotor, extracting or inserting the rotor by sliding the first guide on the second guide . providing a device for extraction or introduction of a rotor from or into a stator of an electric machine , the device comprising a first guide and a second guide being slidable on the first guide , wherein the device is configured in a way that by sliding the second guide on the first guide the rotor is extracted from or introduced into the stator of the electric machine , characterised by removing at least two fan blades , connecting the first guide into the at least two seats of the removed at least two fan blades , connecting the second guide to the stator or an element fixed to the stator , providing cushions between the stator and the rotor , removing one or both of the bearings supporting the rotor, extracting or inserting the rotor by sliding the first guide on the second guide .
A vehicle lamp comprising: a high resolution pixel light optical unit (Lo(R), Lo(L)) configured to illuminate a predetermined region (PLo); and a plurality of optical units (H(R), A(R), B(R), H(L), A(L), B(L)) other than the pixel light optical unit (Lo(R), Lo(L)), the optical units (H(R), A(R), B(R), H(L), A(L), B(L)) configured to illuminate an upper region (PHi) on or above the predetermined region, a right region (PA(R), PB(R)) to the right of the predetermined region, and a left region (PA(L), PB(L)) to the left of the predetermined region (PLo), wherein a low-beam region (PLo, PB(R), PB(L)) and a high-beam region (PHi, PA(R), PA(L)) are illuminated by combining light of the pixel light optical unit (Lo(R), Lo(L)) and light of the optical units (H(R), A(R), B(R), H(L), A(L), B(L)). a high resolution pixel light optical unit (Lo(R), Lo(L)) configured to illuminate a predetermined region (PLo); and a plurality of optical units (H(R), A(R), B(R), H(L), A(L), B(L)) other than the pixel light optical unit (Lo(R), Lo(L)), the optical units (H(R), A(R), B(R), H(L), A(L), B(L)) configured to illuminate an upper region (PHi) on or above the predetermined region, a right region (PA(R), PB(R)) to the right of the predetermined region, and a left region (PA(L), PB(L)) to the left of the predetermined region (PLo), wherein a low-beam region (PLo, PB(R), PB(L)) and a high-beam region (PHi, PA(R), PA(L)) are illuminated by combining light of the pixel light optical unit (Lo(R), Lo(L)) and light of the optical units (H(R), A(R), B(R), H(L), A(L), B(L)).
A valve cartridge for a sanitary fitting having a) a housing main body , which has a longitudinal axis and comprises at least one water connection opening at a bottom surface , and b) a sealing ring for fluid tight sealing of the at least one water connection opening against a cartridge seat of the sanitary fitting , wherein c) the valve cartridge comprises a sealing confiner element , which is movable relative to the housing main body along the longitudinal axis of the housing main body and which at least partially surrounds the sealing ring such that a transverse movement of the sealing ring is restricted, characterized in that the sealing ring rests on the bottom surface of the housing main body . a) a housing main body , which has a longitudinal axis and comprises at least one water connection opening at a bottom surface , and b) a sealing ring for fluid tight sealing of the at least one water connection opening against a cartridge seat of the sanitary fitting , wherein c) the valve cartridge comprises a sealing confiner element , which is movable relative to the housing main body along the longitudinal axis of the housing main body and which at least partially surrounds the sealing ring such that a transverse movement of the sealing ring is restricted,
Method for determining at least one characteristic for the correction of measurements of a Coriolis mass flowmeter having at least one measuring tube, at least two sensors and at least one actuator, wherein the measuring tube can be excited to at least one oscillation by the actuator, including: - detecting values of a measurand during constant flow with the sensors , - calculating at least one location parameter from the detected values, wherein the location parameter is a mean , - calculating at least one dispersion parameter from the detected values and the location parameter, wherein the dispersion parameter is the standard deviation of the mean , - wherein the detection of additional values and the calculation of location parameter and dispersion parameter from the existing and additional values is carried out so often until the dispersion parameter as selection criterion reaches a threshold value , and - wherein, then, the location parameter corresponding to the dispersion parameter is used as characteristic for the correction of the measurements of the Coriolis mass flowmeter . - detecting values of a measurand during constant flow with the sensors , - calculating at least one location parameter from the detected values, wherein the location parameter is a mean , - calculating at least one dispersion parameter from the detected values and the location parameter, wherein the dispersion parameter is the standard deviation of the mean , - wherein the detection of additional values and the calculation of location parameter and dispersion parameter from the existing and additional values is carried out so often until the dispersion parameter as selection criterion reaches a threshold value , and - wherein, then, the location parameter corresponding to the dispersion parameter is used as characteristic for the correction of the measurements of the Coriolis mass flowmeter .
A method of ending a subscription, the method being performed by a network entity of a mobile network operator, the method comprising: - receiving , from a device comprising an Embedded Universal Integrated Circuit Card, eUICC, , a signed confirmation of a profile having been deleted in the device , the profile being associated with a subscription for the device , - sending , to a Subscription Manager Data Preparation entity , a command for deletion of the profile, and - deleting the subscription and related profile in case an acknowledgement of the deletion of the profile is received from the Subscription Manager Data Preparation entity . - receiving , from a device comprising an Embedded Universal Integrated Circuit Card, eUICC, , a signed confirmation of a profile having been deleted in the device , the profile being associated with a subscription for the device , - sending , to a Subscription Manager Data Preparation entity , a command for deletion of the profile, and - deleting the subscription and related profile in case an acknowledgement of the deletion of the profile is received from the Subscription Manager Data Preparation entity .
A method comprising: during an agitation period of an agitation profile, applying a motion to a transparent vessel containing a fluid, acquiring a sequence of original images of a portion of the transparent vessel while applying the motion; generating a background image from the sequence of original images wherein generating the background image includes i) identifying common features among images that were acquired at a same position and degree of rotation of the transparent vessel, and ii) generating the background image to include the common features; generating a resultant image from the background image and an original image in the sequence of original images wherein generating the resultant image includes reducing or eliminating the common features from an image of the sequence of original images; and identifying from the resultant image a particle in the fluid. during an agitation period of an agitation profile, applying a motion to a transparent vessel containing a fluid, acquiring a sequence of original images of a portion of the transparent vessel while applying the motion; generating a background image from the sequence of original images wherein generating the background image includes i) identifying common features among images that were acquired at a same position and degree of rotation of the transparent vessel, and ii) generating the background image to include the common features; generating a resultant image from the background image and an original image in the sequence of original images wherein generating the resultant image includes reducing or eliminating the common features from an image of the sequence of original images; and identifying from the resultant image a particle in the fluid.
Sealing device for sealing packages , the sealing device comprising a sealing station with a plurality of receptacles (181-183) for packages, a transfer belt arranged upstream of the sealing station for transferring packages to the sealing station, a transport belt arranged upstream of the transfer belt for transporting and transferring packages to the transfer belt, and a feeding device for feeding packages to the transport belt, wherein the transport belt and the transfer belt can be driven independently of one another, and wherein the sealing device comprises at least one sensor , which is adapted to determine a distance between successively transported packages in the feeding device , and a control unit , characterized in that the control unit is adapted to determine a speed profile of the transport belt and a speed profile of the transfer belt based on a distance of successively transported packages measured by the sensor, and to control the transport belt and the transfer belt as a function of the speed profile so that the distance of successive packages during a transfer to the sealing station corresponds to the distance of adjacent receptacles for packages.
A method for differentiating between subscribers, comprising: acquiring (SI01), by a control plane node, information of a mobile virtual network operator subscribed by a subscriber; and differentiating (S102), by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and a real subscriber subscribing to a network according to the information of the mobile virtual network operator subscribed by the subscriber; wherein, after the differentiating, by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and the real subscriber subscribing to the network according to the information of the mobile virtual network operator subscribed by the subscriber, the method further comprises: in a case of network congestion, rejecting, by the control plane node, an access request of a new mobile virtual network operator subscriber or releasing, by the control plane node, connections of the mobile virtual network operator subscriber. acquiring (SI01), by a control plane node, information of a mobile virtual network operator subscribed by a subscriber; and differentiating (S102), by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and a real subscriber subscribing to a network according to the information of the mobile virtual network operator subscribed by the subscriber; wherein, after the differentiating, by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and the real subscriber subscribing to the network according to the information of the mobile virtual network operator subscribed by the subscriber, the method further comprises: in a case of network congestion, rejecting, by the control plane node, an access request of a new mobile virtual network operator subscriber or releasing, by the control plane node, connections of the mobile virtual network operator subscriber.
A haptic operating device with a rotatable operating member , at least one magnetic field source and at least one magnetorheological braking device for braking a rotary motion of the operating member , wherein the magnetorheological braking device comprises at least two brake components rotatable relative to one another, one of which is coupled with the rotatable operating member , wherein the second brake component as the outer brake component surrounds the first brake component as the inner brake component at least in sections, and wherein between the two brake components a magnetorheological braking chamber provided with a magnetorheological medium is configured, which comprises at least one gap , wherein the inner brake component extends in the axial direction , and wherein the inner brake component is configured as a stator unit and the outer brake component , as a rotor unit , and wherein the outer brake component is rotatably supported on a supporting body by way of at least one bearing unit , characterized in that the at least one bearing unit provides at least one fixed bearing for blocking the axial movability of the outer brake component , and that the bearing unit acts as a support of the outer brake component independently of the inner brake component . wherein the magnetorheological braking device comprises at least two brake components rotatable relative to one another, one of which is coupled with the rotatable operating member , wherein the second brake component as the outer brake component surrounds the first brake component as the inner brake component at least in sections, and wherein between the two brake components a magnetorheological braking chamber provided with a magnetorheological medium is configured, which comprises at least one gap , wherein the inner brake component extends in the axial direction , and wherein the inner brake component is configured as a stator unit and the outer brake component , as a rotor unit , and wherein the outer brake component is rotatably supported on a supporting body by way of at least one bearing unit , characterized in that the at least one bearing unit provides at least one fixed bearing for blocking the axial movability of the outer brake component , and that the bearing unit acts as a support of the outer brake component independently of the inner brake component .
Supporting structure with a plurality of elongate profile elements , which are connected to one another with connecting elements , wherein the profile elements have a lower side and an upper side formed on the opposite side, each of which has flat abutment surface areas running parallel to one another, so that the profile elements can be placed with the lower side on a substrate and wherein floor covering elements can be placed on the upper side of the profile elements , wherein the profile elements have side walls connecting the lower side to the upper side , in which at least one fastening groove is formed, and wherein the connecting elements can each be fastened in at least one fastening groove of a profile element to be fastened by fastening elements engaging laterally in the fastening grooves , in order to connect the profile element to be fastened to an adjacent profile element by connecting the connecting element to an adjacent profile element or to an adjacent connecting element fastened to the adjacent profile element , wherein each profile element has, in at least one side wall , at least one surface-structured fastening groove running along a profile longitudinal direction and having a groove base spaced apart from the side wall , and two groove walls located opposite one another and merging from the groove base into the side wall , characterised in that at least one groove wall has a three-dimensionally structured groove wall surface , such that a fastening screw is screwed into the surface-structured fastening groove and a threaded portion of the fastening screw can be positively fastened between the two groove wall surfaces , such that it is not necessary to use the groove base to fasten the fastening screw.