mhurhangee/ep-ind-claims huggingface dataset:
A transformable seat assembly comprising: a seat support structure; a seat connected to the seat support structure with a hinge, which defines an axis of rotation; a back support structure connected to the seat support structure, which extends in an upward direction relative to the seat support structure; a back cushion secured to the back support structure; and a lumbar cushion extends along the back support structure positioned between the back cushion and the seat, wherein the lumbar cushion is releasably secured to one of the back cushion or the back support structure; and an end portion of the seat, positioned closer to the back support structure than the hinge with the seat positioned in an occupant support position, can rotate in a direction of rotation about the axis of rotation which includes the upward direction and a direction away from the back support structure. a seat support structure; a seat connected to the seat support structure with a hinge, which defines an axis of rotation; a back support structure connected to the seat support structure, which extends in an upward direction relative to the seat support structure; a back cushion secured to the back support structure; and a lumbar cushion extends along the back support structure positioned between the back cushion and the seat, wherein the lumbar cushion is releasably secured to one of the back cushion or the back support structure; and an end portion of the seat, positioned closer to the back support structure than the hinge with the seat positioned in an occupant support position, can rotate in a direction of rotation about the axis of rotation which includes the upward direction and a direction away from the back support structure.
Elevator system, which comprises: an elevator car; a motor drive for moving the elevator car according to a movement profile to be determined for the movement of the elevator car; wherein the loading of the aforementioned motor drive is arranged to be limited to the limit value for the maximum permitted loading of the motor drive by changing the value of a movement magnitude (5a, 5b; 6a, 6b) of the elevator car in the movement profile of the elevator car when the position of the elevator car changes, characterized in that the loading of the motor drive is arranged to be limited to the limit value for the maximum permitted loading by reducing the acceleration of the elevator car and/or the deceleration of the elevator car in the movement profile of the elevator car in relation to the acceleration/deceleration of the elevator car when the elevator car is situated higher up in an elevator hoistway. an elevator car; a motor drive for moving the elevator car according to a movement profile to be determined for the movement of the elevator car; wherein the loading of the aforementioned motor drive is arranged to be limited to the limit value for the maximum permitted loading of the motor drive by changing the value of a movement magnitude (5a, 5b; 6a, 6b) of the elevator car in the movement profile of the elevator car when the position of the elevator car changes, characterized in that the loading of the motor drive is arranged to be limited to the limit value for the maximum permitted loading by reducing the acceleration of the elevator car and/or the deceleration of the elevator car in the movement profile of the elevator car in relation to the acceleration/deceleration of the elevator car when the elevator car is situated higher up in an elevator hoistway.
An elevator hoistway dimension measuring apparatus comprising: a base that is mountable to a floor; a first arm that extends in a first direction from said base so as to penetrate inside a hoistway; characterized in that a pair of second arms that extend from two sides of said base when viewed in said first direction, and that are configured to be respectively placed in contact with inner surfaces of a facing pair of jambs of a doorframe; a pair of third arms that extend parallel to said second arms beyond said jambs of said doorframe; and a three-dimensional coordinate measuring machine that is mounted to an end portion of said first arm for measuring said hoistway three-dimensionally from inside said hoistway. a base that is mountable to a floor; a first arm that extends in a first direction from said base so as to penetrate inside a hoistway; characterized in that a pair of second arms that extend from two sides of said base when viewed in said first direction, and that are configured to be respectively placed in contact with inner surfaces of a facing pair of jambs of a doorframe; a pair of third arms that extend parallel to said second arms beyond said jambs of said doorframe; and a three-dimensional coordinate measuring machine that is mounted to an end portion of said first arm for measuring said hoistway three-dimensionally from inside said hoistway.
A method for determining a search space parameter, applied to a terminal device, wherein the method is characterized in that the method comprises: receiving dedicated signaling, wherein the dedicated signaling is used to configure a transmission configuration indication state, TCI, state of a control resource set, CORESET#0, for the terminal device, and a source reference signal Source, RS, indicated by the TCI state of the CORESET#0 is a channel state information reference signal, CSI-RS; determining a target synchronization signal block, SSB, having a first association relationship with the CSI-RS; and determining parameter information of a search space#0 in the CORESET#0 based on the target SSB; wherein the first association relationship is that the CSI-RS is in quasi-colocation, QCL, with the target SSB; wherein the parameter information of the search space#0 comprises at least one of the following: time-frequency resource information and spatial receiving parameter information. receiving dedicated signaling, wherein the dedicated signaling is used to configure a transmission configuration indication state, TCI, state of a control resource set, CORESET#0, for the terminal device, and a source reference signal Source, RS, indicated by the TCI state of the CORESET#0 is a channel state information reference signal, CSI-RS; determining a target synchronization signal block, SSB, having a first association relationship with the CSI-RS; and determining parameter information of a search space#0 in the CORESET#0 based on the target SSB; wherein the first association relationship is that the CSI-RS is in quasi-colocation, QCL, with the target SSB; wherein the parameter information of the search space#0 comprises at least one of the following: time-frequency resource information and spatial receiving parameter information.
A frozen/chilled dessert comprising within a cup a frozen/chilled dessert base material layer, on the top surface of which a raised and indented pattern is disposed, and a zol-state substance layer with a flat surface covering the raised and indented pattern in said frozen/chilled dessert base material layer, wherein said zol-state substance is a sauce.
A system for verifying a steganogram, the system comprising: a first system coupled to an access device by way of a public network; a second system coupled to the first system; a steganogram comprised of random data and encrypted information, wherein the encrypted information is randomly dispersed throughout the steganogram; and a steganogram preparer that provides the steganogram to the access device, wherein: the first system gathers a subset of the encrypted information from the access device, and the second system receives the subset or a derivative of the subset and verifies that the subset or a derivative of the subset is from the steganogram. a first system coupled to an access device by way of a public network; a second system coupled to the first system; a steganogram comprised of random data and encrypted information, wherein the encrypted information is randomly dispersed throughout the steganogram; and a steganogram preparer that provides the steganogram to the access device, wherein: the first system gathers a subset of the encrypted information from the access device, and the second system receives the subset or a derivative of the subset and verifies that the subset or a derivative of the subset is from the steganogram. the first system gathers a subset of the encrypted information from the access device, and the second system receives the subset or a derivative of the subset and verifies that the subset or a derivative of the subset is from the steganogram.
A smartphone, tablet, or other computing device comprising: (a) a touch sensitive display configured to display any of a welcome screen, a home screen showing a grid of apps available on the device or a launcher showing favourite and running apps which can be launched directly; (b) one or more processors; (c) computer memory; (d) one or more computer programs stored in the computer memory and configured to be executed by the one or more processors and including instructions for detecting a swipe-in gesture from each and any of the four edges of the touch sensitive display; wherein the swipe-in gesture commences at the edge of, or outside the touch sensitive display; wherein the swipe-in gesture leads to two or more different outcomes or functions being triggered or invoked, depending on the extent of the swipe-in gesture in a same fluid gesture and depending on a displayed screen or the device lock state; wherein when the swipe-in gesture comprises a first portion of a short swipe from the left edge and the displayed screen is the welcome screen, the launcher is revealed; wherein when the swipe-in gesture further comprises a second portion of the swipe in the same fluid gesture from the left edge and the displayed screen is the welcome screen, the home screen is displayed; wherein when the swipe-in gesture comprises a swipe from the right edge and the displayed screen is the welcome screen, a most recently used app is revealed; wherein the welcome screen is a lock screen comprising a circular arrangement of thirty small dots, each dot representing an activity or state, the activity or state being indicated by the size of a semi-translucent circle adjacent to each dot, the lock screen being configured to prevent inadvertent input; wherein when the swipe-in gesture comprises a swipe from the right edge and the device is unlocked, all previously used apps in the order in which the apps were last used are revealed. (a) a touch sensitive display configured to display any of a welcome screen, a home screen showing a grid of apps available on the device or a launcher showing favourite and running apps which can be launched directly; (b) one or more processors; (c) computer memory; (d) one or more computer programs stored in the computer memory and configured to be executed by the one or more processors and including instructions for detecting a swipe-in gesture from each and any of the four edges of the touch sensitive display;
Insulation holder for fixing an insulation panel to an anchoring substrate, having a shank which has an insertion opening for receiving a fixing element for fixing the insulation holder to the anchoring substrate, which insertion opening extends along a longitudinal axis of the insulation holder, and having a disc-shaped insulation plate which has a contact surface for contact with the insulation panel, wherein on the insulation plate there is arranged shaping which projects from the contact surface axially in the direction of the longitudinal axis, which shaping comprises a multiplicity of protuberances, and wherein the distance (a) between adjacent protuberances is greater than the diameter of those protuberances, characterised in that the distance (a) between two adjacent protuberances increases in the direction from the shank to the periphery of the insulation plate.
An extract of a halophyte plant for use in the treatment or prevention of mycotoxicosis induced by one of the mycotoxins deoxynivalenol DON, zearalenone ZEA and T2 produced by Fusarium, and wherein said extract is present in a bovine or porcine food supplement and: - is a hydroalcoholic extract of an above-ground part of a plant belonging to the genera Convolvulus, Galium, and Eryngium, and - is derived from a supernatant of said hydroalcoholic extract that has been centrifuged, filtered and evaporated until obtaining a dry extract. - is a hydroalcoholic extract of an above-ground part of a plant belonging to the genera Convolvulus, Galium, and Eryngium, and - is derived from a supernatant of said hydroalcoholic extract that has been centrifuged, filtered and evaporated until obtaining a dry extract.
An inventory management system comprising: a first RFID reader system monitoring a first environment including: a first RFID reader configured to attempt to communicate with a plurality of RFID-readable tags and generate data regarding the RFID-readable tags with which the first RFID reader has successfully communicated, and a first host programmed to receive said data from the first RFID reader, generate instructions based at least in part on said data, and transmit said instructions; and a second RFID reader system monitoring a second environment in which said plurality of RFID-readable tags are less easily communicated with than in the first environment, wherein the first environment and the second environment are different, the second RFID reader system including a second RFID reader configured to attempt to communicate with said plurality of RFID-readable tags, and a second host programmed to receive said instructions from the first host and modify the operation of the second RFID reader in attempting to communicate with said plurality of RFID-readable tags based at least in part on said instructions so as to increase the number of said plurality of RFID-readable tags with which the second RFID reader successfully communicates in a given time. a first RFID reader system monitoring a first environment including: a first RFID reader configured to attempt to communicate with a plurality of RFID-readable tags and generate data regarding the RFID-readable tags with which the first RFID reader has successfully communicated, and a first host programmed to receive said data from the first RFID reader, generate instructions based at least in part on said data, and transmit said instructions; and a second RFID reader system monitoring a second environment in which said plurality of RFID-readable tags are less easily communicated with than in the first environment, wherein the first environment and the second environment are different, the second RFID reader system including a second RFID reader configured to attempt to communicate with said plurality of RFID-readable tags, and a second host programmed to receive said instructions from the first host and modify the operation of the second RFID reader in attempting to communicate with said plurality of RFID-readable tags based at least in part on said instructions so as to increase the number of said plurality of RFID-readable tags with which the second RFID reader successfully communicates in a given time. a second RFID reader configured to attempt to communicate with said plurality of RFID-readable tags, and a second host programmed to receive said instructions from the first host and modify the operation of the second RFID reader in attempting to communicate with said plurality of RFID-readable tags based at least in part on said instructions so as to increase the number of said plurality of RFID-readable tags with which the second RFID reader successfully communicates in a given time.
A service apparatus for providing a deferred message in an instant messaging system, comprising: a receiving module configured to receive message parameters of a message sent by a first client and to be forwarded to a second client; a determining module configured to determine whether a user associated with the second client is online; a storage module configured to determine that the message parameters are message parameters of a deferred message if the user associated with the second client is not online, and to store the message parameters into a database of a server, wherein the deferred message comprises the message parameters and a message template, and wherein the message template comprises a portion of the deferred message which is common to multiple deferred messages, and the message parameters comprise a portion of the deferred message which is not common to the multiple deferred messages; and a delivering module configured to deliver the message parameters to the second client when receiving a prompt that the user associated with the second client becomes online, in order to cause the message parameters to be posted at the second client to the message template as stored locally in the second client, in order to form the deferred message; wherein the storage module is further configured to store the message template; and wherein after said delivering, the storage module does not delete the message parameters. a receiving module configured to receive message parameters of a message sent by a first client and to be forwarded to a second client; a determining module configured to determine whether a user associated with the second client is online; a storage module configured to determine that the message parameters are message parameters of a deferred message if the user associated with the second client is not online, and to store the message parameters into a database of a server, wherein the deferred message comprises the message parameters and a message template, and wherein the message template comprises a portion of the deferred message which is common to multiple deferred messages, and the message parameters comprise a portion of the deferred message which is not common to the multiple deferred messages; and a delivering module configured to deliver the message parameters to the second client when receiving a prompt that the user associated with the second client becomes online, in order to cause the message parameters to be posted at the second client to the message template as stored locally in the second client, in order to form the deferred message; wherein the storage module is further configured to store the message template; and wherein after said delivering, the storage module does not delete the message parameters.
A polymerase chain reaction apparatus containing a PCR thermal cycler, said PCR thermal cycler comprising a thermal block, wherein the block is manufactured by molding with a high-temperature press a low heat capacity composite, wherein the low heat capacity composite is tin-copper-antimony, characterised in that tin, copper and antimony are contained in the thermal block at a ratio of 90: 4: 6.
A frame apparatus for holding a flexible lance drive device adjacent to and spaced from a heat exchanger tube sheet, the apparatus comprising: an upper guide rail; a lower guide rail; a positioner support rail supported from one of the upper and lower guide rails (104, 106) and guided by the other of the upper and lower guide rails (104, 106); and a positioner support rail carriage movably mounted on the one of the upper and lower guide rails (104, 106); a flexible lance drive support carriage movably mounted on the positioner support rail; and characterized by an air motor drive assembly fastened to each of the positioner support rail carriage and the lance drive support carriage, each air motor drive assembly comprising an air motor having a shaft carrying a rotational position sensor thereon and driving a spur gear through a worm gear reducer, wherein the spur gear is carried within a spur gear housing fastened to the worm gear reducer, and wherein the air motor assembly is fastened to the carriage via the spur gear housing and the spur gear housing is selectively rotatable on the carriage (122, 124) between a locked position with the spur gear engaging the rail to which the carriage (122, 124) is mounted and an unlocked position with the spur gear disengaged with the rail to which the carriage (122, 124) is mounted. an upper guide rail; a lower guide rail; a positioner support rail supported from one of the upper and lower guide rails (104, 106) and guided by the other of the upper and lower guide rails (104, 106); and a positioner support rail carriage movably mounted on the one of the upper and lower guide rails (104, 106); a flexible lance drive support carriage movably mounted on the positioner support rail; and characterized by an air motor drive assembly fastened to each of the positioner support rail carriage and the lance drive support carriage, each air motor drive assembly comprising an air motor having a shaft carrying a rotational position sensor thereon and driving a spur gear through a worm gear reducer, wherein the spur gear is carried within a spur gear housing fastened to the worm gear reducer, and wherein the air motor assembly is fastened to the carriage via the spur gear housing and the spur gear housing is selectively rotatable on the carriage (122, 124) between a locked position with the spur gear engaging the rail to which the carriage (122, 124) is mounted and an unlocked position with the spur gear disengaged with the rail to which the carriage (122, 124) is mounted.
Method for providing a way to verify the integrity of a document (A,B), the method comprising the following steps, in order: a) creating a digital signature of the document (A,B), associating the digital signature with the document (A,B) and storing both the document (A,B) and the digital signature in a central server; b) publishing the document (A,B) with a visibly embedded piece of information from which the digital signature can be deduced; c) providing a communication channel over which a third party can send a depiction of the published document (A,B) to the central server; d) accepting said depiction of the published document (A,B) in the central server, and finding, in the central server and based upon the piece of information, the document; and e) if the document (A,B) was found in the central server, communicating to the third party that document (A,B) itself and/or information pertinent to that document (A,B). a) creating a digital signature of the document (A,B), associating the digital signature with the document (A,B) and storing both the document (A,B) and the digital signature in a central server; b) publishing the document (A,B) with a visibly embedded piece of information from which the digital signature can be deduced; c) providing a communication channel over which a third party can send a depiction of the published document (A,B) to the central server; d) accepting said depiction of the published document (A,B) in the central server, and finding, in the central server and based upon the piece of information, the document; and e) if the document (A,B) was found in the central server, communicating to the third party that document (A,B) itself and/or information pertinent to that document (A,B).
Container for storing bold ammunition on a ship, in particular on a submarine, said container having a cover, which is connected hermetically to the container in the closed state and in the open state allows the bold ammunition to be removed, and having a chassis by means of which the container is fastenable to a side of a ship, characterized in that the container is storable in the chassis in two positions, a first shock-proof storage position and a second removal position.