mhurhangee/ep-ind-claims huggingface dataset:
Vibration damper with hydraulic damping of a pressure stage stop, comprising a damper tube and a working piston guided in the damper tube along a longitudinal axis, wherein the working piston is accommodated on a piston rod leading out of the damper tube and wherein, for damping the pressure stage stop, a tubular body is arranged in the damper tube, in which an auxiliary piston is accommodated such that it is guided along the longitudinal axis and in which this auxiliary piston is pre-stressed in the direction towards the working piston by a spring element, and wherein a stop piston which is movable with the working piston is provided, which, upon a drive-in movement of the piston rod into the damper tube, comes to lie against the auxiliary piston and, together with this, plunges into the tubular body under a hydraulic damping effect and under compression of the spring element, whereby a damping agent present in the tubular body is displaced and flows through the auxiliary piston and the stop piston, characterized in that at least one flow cross-section geometry is formed in the tubular body, through which the damping agent flows out of the tubular body parallel to the throughflow through the stop piston when the auxiliary piston and the stop piston drive into the tubular body together, wherein the flow cross-section geometry is formed such that the flow cross-section becomes smaller as the drive-in path increases.
A composition comprising crystalline -4-(8-amino-3-(1-(but-2-ynoyl)pyrrolidin-2-yl)imidazo[1,5- a]pyrazin-1-yl)- N -(pyridin-2-yl)benzamide free base wherein the crystalline -4-(8-amino-3-(1-(but-2-ynoyl)pyrrolidin-2-yl)imidazo[1,5- a]pyrazin-1-yl)- N -(pyridin-2-yl)benzamide free base is characterized by a transmission X-ray powder diffraction pattern comprising peaks at 6.4, 8.6, 10.5, 11.6, and 15.7 °2θ ± 0.2 °2θ, wherein the X-ray powder diffraction pattern was acquired using Cu-K α1 radiation source.
A wheelchair, comprising: a seat frame portion (136, 436) having a bottom member (114, 414) and an arcuate support member (122, 422); and a base frame portion (138, 438) having a base member (116, 416); characterized in that the arcuate support member (112, 422) is attached to the bottom member by a first pivotal attachment and by a seat frame adjustment portion, wherein the seat frame adjustment portion allows for pivotal adjustment of the bottom member about the first pivotal attachment relative to the arcuate support member; and in that an arcuate track member (118, 418) is attached to the base member by a second pivotal attachment and by an arcuate track adjustment portion, wherein the arcuate track adjustment portion allows for pivotal adjustment of the arcuate track member about the second pivotal attachment relative to the base member, wherein the arcuate track member is coupled to the arcuate support member to allow the seat frame portion to tilt relative to the base frame portion. a seat frame portion (136, 436) having a bottom member (114, 414) and an arcuate support member (122, 422); and a base frame portion (138, 438) having a base member (116, 416); characterized in that the arcuate support member (112, 422) is attached to the bottom member by a first pivotal attachment and by a seat frame adjustment portion, wherein the seat frame adjustment portion allows for pivotal adjustment of the bottom member about the first pivotal attachment relative to the arcuate support member; and in that an arcuate track member (118, 418) is attached to the base member by a second pivotal attachment and by an arcuate track adjustment portion, wherein the arcuate track adjustment portion allows for pivotal adjustment of the arcuate track member about the second pivotal attachment relative to the base member,
A control system, comprising: a control apparatus functioning as a master; and a plurality of slaves which are network-connected to the control apparatus, wherein the control apparatus comprises an identification information set means (102, 122) configured to execute a first instruction to set specified identification information to a specified slave, characterized in that: in response to whether the specified identification information is successfully written, the identification information set means is configured to output information indicating whether a reboot of the specified slave is required, and wherein each slave, among the plurality of slaves, comprises a nonvolatile memory configured to hold identification information, and a volatile memory configured to hold the identification information set to the slave, and the identification information set means further comprises a means (102, 122) configured to write the specified identification information to the nonvolatile memory and the volatile memory of the specified slave. a control apparatus functioning as a master; and a plurality of slaves which are network-connected to the control apparatus, wherein the control apparatus comprises an identification information set means (102, 122) configured to execute a first instruction to set specified identification information to a specified slave, characterized in that: in response to whether the specified identification information is successfully written, the identification information set means is configured to output information indicating whether a reboot of the specified slave is required, and wherein each slave, among the plurality of slaves, comprises a nonvolatile memory configured to hold identification information, and a volatile memory configured to hold the identification information set to the slave, and the identification information set means further comprises a means (102, 122) configured to write the specified identification information to the nonvolatile memory and the volatile memory of the specified slave. in response to whether the specified identification information is successfully written, the identification information set means is configured to output information indicating whether a reboot of the specified slave is required, and wherein each slave, among the plurality of slaves, comprises a nonvolatile memory configured to hold identification information, and a volatile memory configured to hold the identification information set to the slave, and the identification information set means further comprises a means (102, 122) configured to write the specified identification information to the nonvolatile memory and the volatile memory of the specified slave.
Validator device (104, 204, 304) for a ticket system (100, 200), comprising: - at least one first short-range interface (106, 206, 306) configured to receive at least one identifier stored in a user identification element (108, 208), - wherein the validator device (104, 204, 304) is configured to generate a user data set based on the received identifier and further data comprising the time of receipt of the identifier, - a memory module configured to store the at least one user data set corresponding to the identifier received from the user identification element (108, 208), - at least one communication module configured to transmit the user data set to a remotely located central computing device for further processing, - wherein the first short-range interface (106, 206, 306) is further configured to receive at least one inspection identifier stored in an inspection element, - at least one authentication module configured to verify the authenticity of the received inspection identifier, - at least one key module configured to provide a communication data set enabling access to a data network upon a positive authentication result, such that the communication data set is receivable by the inspection element (442, 642), and - at least one further short-range interface, - wherein the communication data set comprises data required to establish the data network with the further short range interface, - wherein the memory module is configured to provide the at least one stored user data set such that the at least one user data set is receivable by an inspection device (552, 652) via the data network. - at least one first short-range interface (106, 206, 306) configured to receive at least one identifier stored in a user identification element (108, 208), - wherein the validator device (104, 204, 304) is configured to generate a user data set based on the received identifier and further data comprising the time of receipt of the identifier, - a memory module configured to store the at least one user data set corresponding to the identifier received from the user identification element (108, 208), - at least one communication module configured to transmit the user data set to a remotely located central computing device for further processing, - wherein the first short-range interface (106, 206, 306) is further configured to receive at least one inspection identifier stored in an inspection element, - at least one authentication module configured to verify the authenticity of the received inspection identifier, - at least one key module configured to provide a communication data set enabling access to a data network upon a positive authentication result, such that the communication data set is receivable by the inspection element (442, 642), and - at least one further short-range interface, - wherein the communication data set comprises data required to establish the data network with the further short range interface, - wherein the memory module is configured to provide the at least one stored user data set such that the at least one user data set is receivable by an inspection device (552, 652) via the data network.
Method for using a network, the method comprising: - a secure element of a device receives a request for usage data from the device; - the secure element sends (S6.4) the usage data to the device in response to the request, wherein the usage data enable the device to use the network; - the secure element applies a timer to measure a delay time (S5, S5.1), wherein the device shall use the network only after the delay time has expired (S6.4-S9); and - the secure element prevents the usage of the network by the device until the delay time has expired (S6.1-S6.3) - said method being characterised in that the secure element performs the step of starting the timer when the secure element senses an attempt of the device to connect to network and/ or an attempt of the device for registering to network before the secure element receives the request for usage data from the device. - a secure element of a device receives a request for usage data from the device; - the secure element sends (S6.4) the usage data to the device in response to the request, wherein the usage data enable the device to use the network; - the secure element applies a timer to measure a delay time (S5, S5.1), wherein the device shall use the network only after the delay time has expired (S6.4-S9); and - the secure element prevents the usage of the network by the device until the delay time has expired (S6.1-S6.3) - said method being
A computer-implemented method comprising: determining that a balloon-state of a balloon (206A-206I) that is at a location associated with a first geographic area in a balloon network should be updated in accordance with a balloon-state profile for the first geographic area (220, 230, 240), wherein the balloon-state profile comprises one or more state parameters for balloons operating in the first geographic area, and wherein the balloon network comprises a plurality of geographic areas in which the balloon network is operable to provide services to users of the balloon network; and in response to determining that the balloon-state should be updated: determining the balloon-state profile for the first geographic area based on a signal received by the balloon which indicates at least a portion of the balloon-state profile for the first geographic area; and causing the balloon to operate according to the balloon-state profile for the first geographic area. determining that a balloon-state of a balloon (206A-206I) that is at a location associated with a first geographic area in a balloon network should be updated in accordance with a balloon-state profile for the first geographic area (220, 230, 240), wherein the balloon-state profile comprises one or more state parameters for balloons operating in the first geographic area, and wherein the balloon network comprises a plurality of geographic areas in which the balloon network is operable to provide services to users of the balloon network; and in response to determining that the balloon-state should be updated: determining the balloon-state profile for the first geographic area based on a signal received by the balloon which indicates at least a portion of the balloon-state profile for the first geographic area; and causing the balloon to operate according to the balloon-state profile for the first geographic area. determining the balloon-state profile for the first geographic area based on a signal received by the balloon which indicates at least a portion of the balloon-state profile for the first geographic area; and causing the balloon to operate according to the balloon-state profile for the first geographic area.
Operating apparatus for a sliding door comprising: - a frame fixable to a vertical support, - support means connected to said frame and suitable to support at least one leaf of the sliding door to said frame and to slide said leaf along said frame according to a opening/closing direction; - a casing fixable to said frame and adapted to cover said support means; - lighting means fixed to said frame; characterized in that said operating apparatus extends mainly along said opening/closing direction and in that the frame comprises: - a rear wall forming part of said frame and adapted to be secured to said vertical support; - an upper wall, directly attached to said rear wall or integral with the latter; - a front wall, opposite said rear wall and directly fixed to said upper wall or integral with the latter; said walls (17, 18, 19) delimiting a compartment which is internal to said operating apparatus in which are housed said support means; said lighting means being configured such that in a condition of use, in which said frame is fixed to a vertical wall, said lighting means are activated to project at least one visible light radiation that is projected on said vertical wall in a direction which is substantially grazing to the latter; said lighting means being configured so as to emit said at least one light radiation from the inside to the outside of said compartment, in a direction at least predominantly parallel to said rear wall. - a frame fixable to a vertical support, - support means connected to said frame and suitable to support at least one leaf of the sliding door to said frame and to slide said leaf along said frame according to a opening/closing direction; - a casing fixable to said frame and adapted to cover said support means; - lighting means fixed to said frame; - a rear wall forming part of said frame and adapted to be secured to said vertical support; - an upper wall, directly attached to said rear wall or integral with the latter; - a front wall, opposite said rear wall and directly fixed to said upper wall or integral with the latter; said walls (17, 18, 19) delimiting a compartment which is internal to said operating apparatus in which are housed said support means; said lighting means being configured such that in a condition of use, in which said frame is fixed to a vertical wall, said lighting means are activated to project at least one visible light radiation that is projected on said vertical wall in a direction which is substantially grazing to the latter; said lighting means being configured so as to emit said at least one light radiation from the inside to the outside of said compartment, in a direction at least predominantly parallel to said rear wall.
A method for producing frozen ice cream products, such as extruded edible ice cream products, using a freezing system comprising a freezing apparatus, said method comprising the steps of: - placing the pre-products to be frozen onto a number of product plates - conveying pre-products to be frozen into the freezing apparatus (PPIN), - cooling the pre-products to form frozen products inside the freezing apparatus, while conveying them around inside the freezing apparatus by exposing them to cold air provided and circulated by means of fans and/or evaporators - conveying the frozen products out of the freezing apparatus (FPOUT), - measuring one or more surface temperatures of frozen products leaving the freezing apparatus, - lifting the frozen products off the product plates, after conveying them out of the freezing apparatus, by means of a product handling system driven by a driving arrangement, such as one or more servo motors, and - using the one or more measured surface temperatures as input for a control device for controlling one or more operational parameters of the freezing apparatus, wherein - one or more torque values exerted by the driving arrangement are measured during the step of lifting the frozen products off the product plates and used as input for a control device for controlling one or more operational parameters of the freezing system. - placing the pre-products to be frozen onto a number of product plates - conveying pre-products to be frozen into the freezing apparatus (PPIN), - cooling the pre-products to form frozen products inside the freezing apparatus, while conveying them around inside the freezing apparatus by exposing them to cold air provided and circulated by means of fans and/or evaporators - conveying the frozen products out of the freezing apparatus (FPOUT), - measuring one or more surface temperatures of frozen products leaving the freezing apparatus, - lifting the frozen products off the product plates, after conveying them out of the freezing apparatus, by means of a product handling system driven by a driving arrangement, such as one or more servo motors, and - using the one or more measured surface temperatures as input for a control device for controlling one or more operational parameters of the freezing apparatus, wherein - one or more torque values exerted by the driving arrangement are measured during the step of lifting the frozen products off the product plates and used as input for a control device for controlling one or more operational parameters of the freezing system.
A channel contention method, comprising: sending, by a base station if the base station detects that related information indicating that a channel is in a busy state meets a preset condition, a contention parameter to a terminal device served by the base station, wherein the contention parameter is used to instruct the terminal device served by the base station to contend for the channel based on the contention parameter; and if a contention result received by the base station from the terminal device served by the base station is that channel contention fails, adjusting, by the base station, the contention parameter to obtain a new contention parameter, and sending the new contention parameter to the terminal device served by the base station, until the terminal device served by the base station successfully obtains the channel through contention; wherein the contention parameter comprises a clear channel assessment, CCA threshold and a backoff window size. sending, by a base station if the base station detects that related information indicating that a channel is in a busy state meets a preset condition, a contention parameter to a terminal device served by the base station, wherein the contention parameter is used to instruct the terminal device served by the base station to contend for the channel based on the contention parameter; and if a contention result received by the base station from the terminal device served by the base station is that channel contention fails, adjusting, by the base station, the contention parameter to obtain a new contention parameter, and sending the new contention parameter to the terminal device served by the base station, until the terminal device served by the base station successfully obtains the channel through contention; wherein the contention parameter comprises a clear channel assessment, CCA threshold and a backoff window size.
Fuse holder base comprising a socket that has contacts for connecting at least one fuse; a fuse holder cover attached to the socket in an articulated manner and having at least one housing for receiving at least one extractable fuse; characterized in that it additionally comprises a fuse retaining device, mounted on the fuse holder cover, characterised in that said fuse retaining device is a front push-button that is movable between two positions, a locking position for locking fuses and a release position for releasing fuses.
A method for selecting a treatment for a subject, the method comprising: determining a level of soluble ST2 in a biological sample from a subject; comparing the level of soluble ST2 in the biological sample to a reference level of soluble ST2; identifying a subject having an elevated level of soluble ST2 in the biological sample as compared to the reference level of soluble ST2 as having an improved prognosis of treatment with an implanted cardiac defibrillator or a cardiac resynchronization treatment device; and selecting treatment with an ICD or CRT device for the identified subject. determining a level of soluble ST2 in a biological sample from a subject; comparing the level of soluble ST2 in the biological sample to a reference level of soluble ST2; identifying a subject having an elevated level of soluble ST2 in the biological sample as compared to the reference level of soluble ST2 as having an improved prognosis of treatment with an implanted cardiac defibrillator or a cardiac resynchronization treatment device; and selecting treatment with an ICD or CRT device for the identified subject.
Adjustable hinge to hinge a mobile element with respect to a fixed element, comprising a first hinging unit and a second hinging unit, configured to be rotatably coupled with each other by means of a pivoting member along a hinging axis, and adjustment mechanisms (28, 33, 49) configured to adjust the reciprocal position of said hinging units (13, 15), a first axial adjustment mechanism being present in the lower part of a support body (17, 117) of said first hinging unit to adjust the axial position of the support body (17, 117) with respect to a support slidingly coupled to the support body (17, 117), and thus to adjust the reciprocal axial position of said hinging units (13, 15), wherein the support body (17, 117) is provided with a first longitudinal seating into which at least a part of said support is inserted, wherein said support is provided with a first cylindrical seating coaxial with said hinging axis and configured to receive at least a corresponding first cylindrical part of said pivoting member, a second lateral adjustment mechanism to adjust the lateral position of the hinging axis with respect to the support body (17,117), and a third front adjustment mechanism provided in said second hinging unit, wherein said front adjustment mechanism comprises a third command member configured to act on said pivoting member in order to make it selectively rotate with respect to a pivoting axis parallel to said hinging axis, characterized in that said pivoting member comprises an actuation part inserted with ample lateral play in a cavity made in said second hinging unit, in that said actuation part of said pivoting member has a drop-shaped cross section, with a pointed zone, inserted into a corresponding vertical groove of said through cavity, and in that said actuation part of said pivoting member also comprises a toothed arched zone disposed on the opposite side with respect to said pointed zone, and on which said third command member, configured as a threaded worm screw, is able to engage.