mhurhangee/ep-ind-claims huggingface dataset:
Lost-shot escapement mechanism comprising: - an escapement wheel for receiving power from a power source to rotate it, and for directly supplying a fragment of power to a balance wheel, - a locking member for cooperating with the escapement wheel to block its rotation, - a rotatably mounted release wheel arranged to cooperate directly or indirectly with the escapement wheel, - a drive system to be mounted on the balance wheel, characterised in that the drive system is a unidirectional system, said mechanism being arranged so that the unidirectional drive system actuates once by oscillation the release wheel to drive it in rotation, periodically releasing the escapement wheel to give an impulse to the balance wheel. - an escapement wheel for receiving power from a power source to rotate it, and for directly supplying a fragment of power to a balance wheel, - a locking member for cooperating with the escapement wheel to block its rotation, - a rotatably mounted release wheel arranged to cooperate directly or indirectly with the escapement wheel, - a drive system to be mounted on the balance wheel,
A pharmaceutical composition comprising prostaglandin F 2-alpha (PGF 2α), a PGF 2α analog, or combinations thereof, and a pharmaceutically acceptable carrier for use in treating atrophic scarring in a human, wherein a therapeutically effective amount of said composition is to be topically administered to the site of the atrophic scarring, and wherein the PGF 2α analog is latanoprost, travoprost, bimatoprost, or tafluprost.
A method for enhancing a resource utility rate for a user equipment, hereinafter called UE, of a wireless communications system, the method comprising: selecting a H-RNTI from a list of candidate common H-RNTIs that are used to receive data on a high speed downlink shared channel, hereinafter called HS-DSCH, during a RRC connection establishment procedure; and receiving a connection setup message for configuring the UE to enter the CELL_DCH state; characterized by stopping receiving data and control signals via the HS-DSCH and a shared control channel for the HS-DSCH, abbreviated to HS-SCCH; and clearing configuration corresponding to the HS-DSCH and the HS-SCCH selecting a H-RNTI from a list of candidate common H-RNTIs that are used to receive data on a high speed downlink shared channel, hereinafter called HS-DSCH, during a RRC connection establishment procedure; and receiving a connection setup message for configuring the UE to enter the CELL_DCH state; stopping receiving data and control signals via the HS-DSCH and a shared control channel for the HS-DSCH, abbreviated to HS-SCCH; and clearing configuration corresponding to the HS-DSCH and the HS-SCCH
Method for stretching and repitching an elastic member for attachment to a moving substrate, the elastic member being stretchable in at least a longitudinal direction and said elastic member in an essential non-stretched condition comprising an initial length along said longitudinal direction, the method comprising the steps of: providing the elastic member in essentially non-stretched condition to a set of repitching members with an initial supply pitch, said set of repitching members comprising at least a first repitching member and a second repitching member, and optionally one or more repitching members arranged between said first and said second repitching member; receiving said elastic members arranged in non-stretched condition between said set of repitching members, whereby the distance between the first and the second repitching member corresponds to the initial length of the elastic member; moving at least said first and said second repitching members following trajectories diverging from each other, thereby stretching said elastic members arranged between the repitching members to an application length which is longer than the initial length and which corresponds to the length of said elastic member in elastically stretched condition, whereby said repitching members are moved with selectively variable velocity when transferring said elastic members to selectively vary the application pitch of said elastic member in stretched condition on said substrate, the variation of the speed of said repitching members determining the application pitch of said elastic member in stretched condition on said substrate, characterized in that during step, said set of repitching members are rotated around a common rotation axis while the elastic member is being stretched from the initial length to the application length. providing the elastic member in essentially non-stretched condition to a set of repitching members with an initial supply pitch, said set of repitching members comprising at least a first repitching member and a second repitching member, and optionally one or more repitching members arranged between said first and said second repitching member; receiving said elastic members arranged in non-stretched condition between said set of repitching members, whereby the distance between the first and the second repitching member corresponds to the initial length of the elastic member; moving at least said first and said second repitching members following trajectories diverging from each other, thereby stretching said elastic members arranged between the repitching members to an application length which is longer than the initial length and which corresponds to the length of said elastic member in elastically stretched condition,
A method of controlling an internal combustion engine during an automatic shifting event in which shifting between gears or varying a continuously variable gear ratio of a transmission coupled to an output shaft of the engine is automatically controlled, the engine having an electronically-controlled one of a turbocharger and an exhaust-driven turbo supercharger fluidly coupled to an exhaust duct of the engine, the method comprising: determining one of a target engine speed for synchronizing engagement of the engine with the transmission at the end of the automatic shifting event and a target engine output torque through the automatic shifting event, and controlling electrical energy supplied to and extracted from an electric machine, rotatably coupled to a rotatable shaft that is rotatably coupled to the electronically-controlled turbocharger or exhaust-driven turbo supercharger, to control rotation of the rotatable shaft to attain the one of the target engine speed at the end of the automatic shifting event and the target engine output torque through the automatic shifting event by commanding the electric machine to operate as a generator during a first portion of the automatic shifting event when the engine is disengaged from the transmission, followed by commanding the electric machine to operate as a motor during a later portion of the automatic shifting event when the engine and transmission are being engaged.
A compound of Formula: wherein: each R 2 is independently selected from the group consisting of halo, CN, C 1 -C 3 alkyl, perhaloalkyl, C 1 -C 3 alkoxy and perhaloalkoxy; n is an integer from 0-3; X is independently selected from the group consisting of H, C 1 -C 3 alkyl, C 3 cycloalkyl, perfluoroalkyl, -NH 2, and -N(CH 3) 2; Y and Z are independently H or CH 3; R 1 is independently selected from the group consisting of: R e and R f are H or C 1 -C 3 alkyl; R g is H, F, or perfluoroalkyl; R h is H, C 1 -C 3 alkyl, -CH 2 CH 2 OCH 3 or perfluoroalkyl; and R 1 is H or halo; or pharmaceutically acceptable salts of compounds of Formula. each R 2 is independently selected from the group consisting of halo, CN, C 1 -C 3 alkyl, perhaloalkyl, C 1 -C 3 alkoxy and perhaloalkoxy; n is an integer from 0-3; X is independently selected from the group consisting of H, C 1 -C 3 alkyl, C 3 cycloalkyl, perfluoroalkyl, -NH 2, and -N(CH 3) 2; Y and Z are independently H or CH 3; R 1 is independently selected from the group consisting of: R e and R f are H or C 1 -C 3 alkyl; R g is H, F, or perfluoroalkyl; R h is H, C 1 -C 3 alkyl, -CH 2 CH 2 OCH 3 or perfluoroalkyl; and R 1 is H or halo; or pharmaceutically acceptable salts of compounds of Formula. R e and R f are H or C 1 -C 3 alkyl; R g is H, F, or perfluoroalkyl; R h is H, C 1 -C 3 alkyl, -CH 2 CH 2 OCH 3 or perfluoroalkyl; and R 1 is H or halo; or
A method for storing liquefied gas in at least one insulated container (1, 1a - 1c) while withdrawing evaporated gas from one or more of the at least one container, wherein at least a part of the evaporated gas is supplied to a recondenser and wherein liquefied gas is withdrawn from one or more of the at least one container and at least in part supplied to the recondenser for recondensing the evaporated gas supplied to the recondenser such that recondensed gas is obtained at a recondenser outlet, wherein before supplying the liquefied gas to the recondenser, the liquefied gas is subcooled by passing it through a refrigeration unit (8, 9), at least a part of the subcooled liquefied gas being supplied to the recondenser, wherein at least a part of the recondensed gas obtained at the outlet of the recondenser is reintroduced into one or more of the at least one container, characterised in that a part of the subcooled liquefied gas by-passes the recondenser and is reunited with the recondensed gas which is reintroduced into one or more of the at least one container. wherein at least a part of the evaporated gas is supplied to a recondenser and wherein liquefied gas is withdrawn from one or more of the at least one container and at least in part supplied to the recondenser for recondensing the evaporated gas supplied to the recondenser such that recondensed gas is obtained at a recondenser outlet, wherein before supplying the liquefied gas to the recondenser, the liquefied gas is subcooled by passing it through a refrigeration unit (8, 9), at least a part of the subcooled liquefied gas being supplied to the recondenser, wherein at least a part of the recondensed gas obtained at the outlet of the recondenser is reintroduced into one or more of the at least one container, characterised in that a part of the subcooled liquefied gas by-passes the recondenser and is reunited with the recondensed gas which is reintroduced into one or more of the at least one container.
A semiconductor device with a layer structure comprising: a metallic layer of a thickness 1-100nm, with a thickness optimised to absorb light in a wavelength range of operation; an adjacent semiconductor layer additionally adjacent to an ohmic electrical contact, wherein an interface between the metallic layer and the semiconductor layer is electrically rectifying and energy selective; and the semiconductor layer includes a quantum well adjacent to the metallic layer, wherein the energy selectivity is provided by the quantum well allowing charge carrier tunneling from the metallic layer. a metallic layer of a thickness 1-100nm, with a thickness optimised to absorb light in a wavelength range of operation; an adjacent semiconductor layer additionally adjacent to an ohmic electrical contact, wherein an interface between the metallic layer and the semiconductor layer is electrically rectifying and energy selective; and the semiconductor layer includes a quantum well adjacent to the metallic layer, wherein the energy selectivity is provided by the quantum well allowing charge carrier tunneling from the metallic layer.
A gas turbine engine comprising: a seal comprised of: a seal housing including a first section and a second section coupled to the first section; a seal ring; and an axis that coincides with an edge of the seal ring: wherein the second section includes a pre-tapered edge relative to the axis, such that the pre-tapered edge of the second section is not parallel to the axis characterised in that the pre-tapered edge is configured to counter coning experienced by the housing when the housing is subject to an airflow by the pre-tapered edge being placed substantially parallel with the axis by the airflow. a seal housing including a first section and a second section coupled to the first section; a seal ring; and an axis that coincides with an edge of the seal ring: wherein the second section includes a pre-tapered edge relative to the axis, such that the pre-tapered edge of the second section is not parallel to the axis characterised in that the pre-tapered edge is configured to counter coning experienced by the housing when the housing is subject to an airflow by the pre-tapered edge being placed substantially parallel with the axis by the airflow.
A soil cultivation device, in particular for caring of the ground surfaces of cultivated crops, with a supporting structure, a plurality of harrow tines pivotally arranged on the supporting structure, and an adjustment means associated to the harrow tines by which the pretension of the harrow tines preloaded over springs (36, 37) is centrally adjustable by means of a drive that is arranged above the pivot points of the harrow tines, wherein the harrow tines are formed as two-armed levers, and at the upper end of the harrow tines a spring system is engaging, the other end of which is adjustable by means of the drive, wherein the connection of at least a few of the other ends of the spring systems to the drive is accomplished by way of bars (22, 23), all of which are arranged above the pivot points of the harrow tines, characterized in that each spring system includes a compression spring arranged in a guide member, the end of which facing the harrow tines is adjustable by the drive, and the end of which facing away from the harrow tines is connected to the harrow tine via a connecting member.
A method of developing and validating a vehicle safety function of a vehicle safety system of a vehicle having at least one computer-implemented safety function, a vehicle controller, and one or more vehicle actuators (20, 22, 24, 26), the method comprising: developing a plurality of computer-executable, vehicle safety function software programs; installing in a vehicle a first one of the plurality of computer-executable, vehicle safety function software programs in a memory of a vehicle controller; characterised by running the first one of the plurality of computer-executable, vehicle safety function software programs on the vehicle controller in said vehicle being driven without delivering at least one vehicle actuator output of the controller generated as a result of running the first one of the plurality of computer-executable, vehicle safety function software programs; recording in a data logger in said vehicle where the at least one computer-controlled safety function would have activated a vehicle actuator (20, 22, 24, 26), if the at least one vehicle actuator output of the controller would have been delivered to the one or more vehicle actuators (20, 22, 24, 26); and repeating in a vehicle the steps of installing, running, and recording with a second one of the plurality of computer executable, vehicle safety function software programs. developing a plurality of computer-executable, vehicle safety function software programs; installing in a vehicle a first one of the plurality of computer-executable, vehicle safety function software programs in a memory of a vehicle controller; characterised by running the first one of the plurality of computer-executable, vehicle safety function software programs on the vehicle controller in said vehicle being driven without delivering at least one vehicle actuator output of the controller generated as a result of running the first one of the plurality of computer-executable, vehicle safety function software programs; recording in a data logger in said vehicle where the at least one computer-controlled safety function would have activated a vehicle actuator (20, 22, 24, 26), if the at least one vehicle actuator output of the controller would have been delivered to the one or more vehicle actuators (20, 22, 24, 26); and repeating in a vehicle the steps of installing, running, and recording with a second one of the plurality of computer executable, vehicle safety function software programs.
Process for the production of a composite component comprising - a support made of a thermoplastic composition selected from the group consisting of polycarbonates and polycarbonate blends, and - a second layer on the support, where that area of the support that adjoins the second layer has structuring, where the process comprises the following steps following one another in this sequence: (i) injection of the melt of thermoplastic composition selected from the group consisting of polycarbonates and polycarbonate blends into a first mould cavity for the production of the thermoplastic support, (ii) cooling of the melt, (iii) enlargement of the cavity of the injection mould to produce an unoccupied space, (iv) injection of a raw material mixture for the moulding of the second layer into the said unoccupied space between the thermoplastic support and the mould surface, where the raw material mixture for the moulding of the second layer polymerizes to completion in direct contact with the surface of the thermoplastic support, (v) demoulding the composite part from the mould cavity, characterized in that the mould into which the thermoplastic composition is injected has, on its inner surface, a structure which differs from a smooth surface and which provides a structure to the surface of the thermoplastic support, where the structure is either a dot matrix with structure depth 85 μm, 150 μm or 250 μm or a rhomboid matrix with structure depth 70 μm, 150 μm or 250 μm. - a support made of a thermoplastic composition selected from the group consisting of polycarbonates and polycarbonate blends, and - a second layer on the support, (i) injection of the melt of thermoplastic composition selected from the group consisting of polycarbonates and polycarbonate blends into a first mould cavity for the production of the thermoplastic support, (ii) cooling of the melt, (iii) enlargement of the cavity of the injection mould to produce an unoccupied space, (iv) injection of a raw material mixture for the moulding of the second layer into the said unoccupied space between the thermoplastic support and the mould surface, where the raw material mixture for the moulding of the second layer polymerizes to completion in direct contact with the surface of the thermoplastic support, (v) demoulding the composite part from the mould cavity,
Belt retractor comprising - a belt shaft which is rotatably mounted in a housing and onto which a seat belt can be wound, it being possible for the housing to be fastened to the vehicle, and - an electric motor for driving the belt shaft to move rotationally, and - a gearing mechanism transmitting the rotational movement of the electric motor to the belt shaft, characterized in that - a first blocking device is provided which, when at least one of the parts of the gearing mechanism is activated, blocks and thereby activates the gearing mechanism, and - the first blocking device can be activated by a signal-controlled actuator, - the actuator in a second function activating a second blocking device when a predetermined pull-out acceleration of the seat belt is exceeded or when a predetermined vehicle deceleration is exceeded. - a belt shaft which is rotatably mounted in a housing and onto which a seat belt can be wound, it being possible for the housing to be fastened to the vehicle, and - an electric motor for driving the belt shaft to move rotationally, and - a gearing mechanism transmitting the rotational movement of the electric motor to the belt shaft, characterized in that - a first blocking device is provided which, when at least one of the parts of the gearing mechanism is activated, blocks and thereby activates the gearing mechanism, and - the first blocking device can be activated by a signal-controlled actuator, - the actuator in a second function activating a second blocking device when a predetermined pull-out acceleration of the seat belt is exceeded or when a predetermined vehicle deceleration is exceeded.
A communication control apparatus including a time synchronization processing unit configured to execute a predetermined time synchronization process on a plurality of communication apparatuses in a network, the communication control apparatus comprising: a reception interval measurement unit configured to measure a reception interval of response packets from the plurality of communication apparatuses; a network configuration information storage unit configured to store configuration information of the network; a reception interval threshold value determination unit configured to set a reception interval threshold value using the configuration information stored by the network configuration information storage unit; and a queuing occurrence determination unit configured to compare a measurement result of the reception interval measurement unit and the reception interval threshold value set by the reception interval threshold value determination unit, thereby determining whether any collision of the response packets from any ones of the plurality of communication apparatuses has occurred, wherein the time synchronization processing unit is configured to determine on the basis of a detection result of the queuing occurrence determination unit, whether to continue the predetermined time synchronization process, wherein the reception interval threshold value determination unit is configured to set the reception interval threshold value on the basis of a number of stages of network relay apparatuses in a route between the plurality of communication apparatuses and the communication control apparatus. a reception interval measurement unit configured to measure a reception interval of response packets from the plurality of communication apparatuses; a network configuration information storage unit configured to store configuration information of the network; a reception interval threshold value determination unit configured to set a reception interval threshold value using the configuration information stored by the network configuration information storage unit; and a queuing occurrence determination unit configured to compare a measurement result of the reception interval measurement unit and the reception interval threshold value set by the reception interval threshold value determination unit, thereby determining whether any collision of the response packets from any ones of the plurality of communication apparatuses has occurred, wherein the time synchronization processing unit is configured to determine on the basis of a detection result of the queuing occurrence determination unit, whether to continue the predetermined time synchronization process, wherein the reception interval threshold value determination unit is configured to set the reception interval threshold value on the basis of a number of stages of network relay apparatuses in a route between the plurality of communication apparatuses and the communication control apparatus.
A method of server load balancing between a plurality of servers (304-00, 304-01, 304-02) arranged into a plurality of service groups (312-0, 312-1), the method comprising: receiving an access request having information related to a differentiation based on capabilities supported between the plurality of service groups; selecting one of the plurality of service groups based on a mapping comparison to the information wherein the mapping comparison includes consider a-priority assigned to each of the plurality of service groups (312-0, 312-1); and selecting one of the plurality of servers within the selected one of the plurality of service groups based on a hardware utilization comparison. receiving an access request having information related to a differentiation based on capabilities supported between the plurality of service groups; selecting one of the plurality of service groups based on a mapping comparison to the information wherein the mapping comparison includes consider a-priority assigned to each of the plurality of service groups (312-0, 312-1); and selecting one of the plurality of servers within the selected one of the plurality of service groups based on a hardware utilization comparison.