mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of formula I wherein Y is C-R 1' ; R 1' is hydrogen, F or Cl; R 1 is F or Cl; R 2 is hydrogen or C 1-7 -alkyl; R 3 is phenyl, pyridinyl or isothiazolyl, wherein the N atom in the pyridinyl group may be in different positions, optionally substituted by one or two halogen atoms; R 4 is hydrogen or C 1-7 -alkyl; Het is a 5-membered heteroaryl group, containing two or three heteroatoms, selected from N,O or S, optionally substituted by C 1-7 -alkyl, cycloalkyl, C 1-7 -alkoxyalkyl, heterocycloalkyl, wherein the hetero-atom is O, or C 1-7 -alkyl substituted by hydroxy, or is a bicyclic heteroaromatic ring, containing two or three N-heteroatoms selected from the groups or a pharmaceutically acceptable salt or acid addition salt, a racemic mixture, or its corresponding enantiomer and/or optical isomer and/or stereoisomer thereof. Y is C-R 1' ; R 1' is hydrogen, F or Cl; R 1 is F or Cl; R 2 is hydrogen or C 1-7 -alkyl; R 3 is phenyl, pyridinyl or isothiazolyl, wherein the N atom in the pyridinyl group may be in different positions, optionally substituted by one or two halogen atoms; R 4 is hydrogen or C 1-7 -alkyl; Het is a 5-membered heteroaryl group, containing two or three heteroatoms, selected from N,O or S, optionally substituted by C 1-7 -alkyl, cycloalkyl, C 1-7 -alkoxyalkyl, heterocycloalkyl, wherein the hetero-atom is O, or C 1-7 -alkyl substituted by hydroxy, or is a bicyclic heteroaromatic ring, containing two or three N-heteroatoms selected from the groups or a pharmaceutically acceptable salt or acid addition salt, a racemic mixture, or its corresponding enantiomer and/or optical isomer and/or stereoisomer thereof.
A mobile lighted pick or put cart , comprising: a frame and transport members on the frame that facilitate movement of the frame, said frame defining a plurality of vertically spaced shelves ; an electronic system supported with the frame , said electronic system comprising a portable computing device and a plurality of lamp strips , one mounted to each of said shelves ; an application program operated by said portable computing device , said application program adapted to determine a quantity of items to be picked from or put to a physical location and illuminate a number of individual lamps on one of said strips at a particular location on one of said shelves , the number of individual lamps illuminated being equal to the quantity of items to be picked from or put to the physical location; wherein the application program is also configured to illuminate lamps in groups of lamps , wherein each group of lamps defines a physical location on a shelf corresponding to a receptacle location. a frame and transport members on the frame that facilitate movement of the frame, said frame defining a plurality of vertically spaced shelves ; an electronic system supported with the frame , said electronic system comprising a portable computing device and a plurality of lamp strips , one mounted to each of said shelves ; an application program operated by said portable computing device , said application program adapted to determine a quantity of items to be picked from or put to a physical location and illuminate a number of individual lamps on one of said strips at a particular location on one of said shelves , the number of individual lamps illuminated being equal to the quantity of items to be picked from or put to the physical location; wherein the application program is also configured to illuminate lamps in groups of lamps , wherein each group of lamps defines a physical location on a shelf corresponding to a receptacle location.
A medical device comprising: at least one treatment module configured to apply a treatment to a patient; a display ; one or more data storage devices for storing authorization data, or an interface configured to operatively connect to a removable storage device storing authorization data, the authorization data identifying a level of treatment authorization; and one or more processing devices configured to: receive user input that a treatment should be initiated and in response to receiving the user input; disallow treatment using the treatment module until treatment authorization occurs based on the authorization data; determine that treatment authorization occurs; and in response to determining that treatment authorization occurs, permit treatment to be applied using the treatment module; record information indicating occurrences of treatment applied by the medical device; characterised in that the one or more processing devices are further configured to: compare the information indicating occurrences of treatment with a planned treatment regimen; and indicate on the display compliance information indicating whether the treatment applied by the medical device complies with the treatment regimen. at least one treatment module configured to apply a treatment to a patient; a display ; one or more data storage devices for storing authorization data, or an interface configured to operatively connect to a removable storage device storing authorization data, the authorization data identifying a level of treatment authorization; and one or more processing devices configured to: receive user input that a treatment should be initiated and in response to receiving the user input; disallow treatment using the treatment module until treatment authorization occurs based on the authorization data; determine that treatment authorization occurs; and in response to determining that treatment authorization occurs, permit treatment to be applied using the treatment module; record information indicating occurrences of treatment applied by the medical device; receive user input that a treatment should be initiated and in response to receiving the user input; disallow treatment using the treatment module until treatment authorization occurs based on the authorization data; determine that treatment authorization occurs; and in response to determining that treatment authorization occurs, permit treatment to be applied using the treatment module; record information indicating occurrences of treatment applied by the medical device; characterised in that the one or more processing devices are further configured to: compare the information indicating occurrences of treatment with a planned treatment regimen; and indicate on the display compliance information indicating whether the treatment applied by the medical device complies with the treatment regimen. compare the information indicating occurrences of treatment with a planned treatment regimen; and indicate on the display compliance information indicating whether the treatment applied by the medical device complies with the treatment regimen.
A method implemented by an electronic device for list updating upon receiving an update notification from a server comprising: acquiring a triggering signal with respect to a first list item and a second list item adjacent to each other among N list items displayed in a current page, the triggering signal serving to trigger updating of list data, N≥2 and N being an integer, wherein the triggering signal is a tap signal acting upon a separation line in a first displaying state between the first list item and the second list item; detecting whether the N list items are in a stationary state, if the N list items are in the stationary state, the method further comprises: - displaying the separation line with a second displaying state according to the tap signal, said second displaying state being different from the first displaying state; - acquiring a sliding signal acting upon the separation line in the second displaying state; - obtaining at least one list item update according to list data for updating; and - loading the at least one list item update between the first list item and the second list item; and if the N list items are not in the stationary state, keeping display of the separation line in the first displaying state. acquiring a triggering signal with respect to a first list item and a second list item adjacent to each other among N list items displayed in a current page, the triggering signal serving to trigger updating of list data, N≥2 and N being an integer, wherein the triggering signal is a tap signal acting upon a separation line in a first displaying state between the first list item and the second list item; detecting whether the N list items are in a stationary state, if the N list items are in the stationary state, the method further comprises: - displaying the separation line with a second displaying state according to the tap signal, said second displaying state being different from the first displaying state; - acquiring a sliding signal acting upon the separation line in the second displaying state; - obtaining at least one list item update according to list data for updating; and - loading the at least one list item update between the first list item and the second list item; and - displaying the separation line with a second displaying state according to the tap signal, said second displaying state being different from the first displaying state; - acquiring a sliding signal acting upon the separation line in the second displaying state; - obtaining at least one list item update according to list data for updating; and - loading the at least one list item update between the first list item and the second list item; and if the N list items are not in the stationary state, keeping display of the separation line in the first displaying state.
A cooling system for a water-borne vessel comprising a propeller shaft extending from a bow end at which the shaft is driven by an inboard electric motor to a stern end at which a propeller is fixed to the propeller shaft , the cooling system comprising: a strut in the form of a highly thermally conducting structure for attachment to the bottom of the vessel's hull, at the stern end, for supporting the propeller shaft of the vessel , the strut comprising a fluid inlet , a fluid outlet , and a channel or channels within the strut for transporting fluid between the fluid inlet and fluid outlet , the strut being cast or machined out of a suitable highly thermally conductive material, and wherein an interior surface of the strut forms the channel or channels; one or more fluid conduits for location inside the vessel's hull for coupling the fluid inlet and fluid outlet to the inboard electric motor and/or batteries thereof to be cooled; and a pump for circulating a fluid through the conduits and said channel(s) , wherein cooling of a fluid of the cooling system is provided substantially only as it flows through the strut , and wherein, in use, heat of the fluid in the channel or the channels is dissipated to surrounding water through the highly thermally conductive material filled between the interior surface of the strut and an exterior surface of the strut. a strut in the form of a highly thermally conducting structure for attachment to the bottom of the vessel's hull, at the stern end, for supporting the propeller shaft of the vessel , the strut comprising a fluid inlet , a fluid outlet , and a channel or channels within the strut for transporting fluid between the fluid inlet and fluid outlet , the strut being cast or machined out of a suitable highly thermally conductive material, and wherein an interior surface of the strut forms the channel or channels; one or more fluid conduits for location inside the vessel's hull for coupling the fluid inlet and fluid outlet to the inboard electric motor and/or batteries thereof to be cooled; and a pump for circulating a fluid through the conduits and said channel(s) , wherein cooling of a fluid of the cooling system is provided substantially only as it flows through the strut , and wherein, in use, heat of the fluid in the channel or the channels is dissipated to surrounding water through the highly thermally conductive material filled between the interior surface of the strut and an exterior surface of the strut.
A fluidic torque transfer device , comprising: a pump impeller that includes a pump shell , a pump blade attached to the pump shell , and a pump core attached to the pump blade ; a turbine runner that includes a turbine shell , a turbine blade attached to the turbine shell , and a turbine core attached to the turbine blade ; and a stator that includes a stator blade , and rectifies a flow of a hydraulic fluid from the turbine runner to the pump impeller , the fluidic torque transfer device wherein an attachment angle of the turbine blade at a fluid outlet of the turbine runner is smaller than the attachment angle of the turbine blade at a fluid inlet of the turbine runner , a radius (ro) of an inscribed circle (ICo) that is inscribed at the fluid outlet of the turbine runner on an outer contour line of the turbine blade on the turbine shell side and an inner contour line of the turbine blade on the turbine core side is larger than a radius (ri) of an inscribed circle (Ili) that is inscribed at the fluid inlet of the turbine runner on the outer contour line and the inner contour line , and characterized in that the outer contour line of the turbine blade extends outward in an extending direction of a rotation center axis (AC) of the pump impeller and the turbine runner on the fluid outlet side of the turbine runner more than an outer contour line of the pump blade on the pump shell side.
Regulation method intended to resorb congestion on a mesh communication network , the mesh communication network comprising a plurality of node devices using powerline communications, a route request being sent by a source node device and copies of the route request being relayed by gradual broadcasting by intermediate node devices to a destination node device, an intermediate node device being able to receive one or more copies of at least one route request, characterised in that the intermediate node device is able to send messages on at least one frequency band of the electrical supply network using powerline communications and over a radio channel, and in that the method is executed by the intermediate node device and comprises the steps of: - detecting (E31) a congestion situation when a number of route request copies received on a time window of predefined duration is higher than a first ''''''''''''''' predefined threshold, - identifying (E33), when a congestion situation is detected, route requests as important, a route request being identified as important when the number of copies of said route request received on the time window of predefined duration is above a second predefined threshold or greater than the number of copies of other route requests, - relaying (E34) only copies of the route requests identified as important on a frequency band and over the radio channel, - relaying (E35) copies of the route requests identified as not important on a frequency band or over the radio channel. - detecting (E31) a congestion situation when a number of route request copies received on a time window of predefined duration is higher than a first ''''''''''''''' predefined threshold, - identifying (E33), when a congestion situation is detected, route requests as important, a route request being identified as important when the number of copies of said route request received on the time window of predefined duration is above a second predefined threshold or greater than the number of copies of other route requests, - relaying (E34) only copies of the route requests identified as important on a frequency band and over the radio channel, - relaying (E35) copies of the route requests identified as not important on a frequency band or over the radio channel.
Method for determining the operating state of a battery with respect to one or more use profiles, comprising: - a prior learning step during which, for one or more use profiles, operational limits of said battery are defined according to parameters of the battery, said operational limits delimiting an operational zone in which the battery implements the use profile or profiles and a non-operational zone in which the battery does not implement the use profile or profiles, - a step of determining the operating state of the battery for a given use profile during which the parameters of the battery in operation are determined, and - a comparison step in which the operational limits resulting from the learning step and the parameters of the battery in operation resulting from the determination step are compared and the battery is positioned in the operational or non-operational zone, characterised in that it furthermore comprises an analysis step in which the parameter or parameters to be adjusted so that the battery returns to the operational zone are analysed, the parameter or parameters to be adjusted being the temperature of the battery. - a prior learning step during which, for one or more use profiles, operational limits of said battery are defined according to parameters of the battery, said operational limits delimiting an operational zone in which the battery implements the use profile or profiles and a non-operational zone in which the battery does not implement the use profile or profiles, - a step of determining the operating state of the battery for a given use profile during which the parameters of the battery in operation are determined, and - a comparison step in which the operational limits resulting from the learning step and the parameters of the battery in operation resulting from the determination step are compared and the battery is positioned in the operational or non-operational zone, characterised in that it furthermore comprises an analysis step in which the parameter or parameters to be adjusted so that the battery returns to the operational zone are analysed, the parameter or parameters to be adjusted being the temperature of the battery.
Occipital-cervical fixation equipment comprising: - an occipital plate able to be fixed to an occipital portion of the skull of a patient; - two longitudinal lateral bars able to be arranged in a sagittal direction (S) alongside the spinous processes of the vertebrae of the patient, each longitudinal lateral bar extending between an occipital end portion and a vertebral end portion ; - first fixation means configured to fix said occipital end portion of each longitudinal lateral bar and said occipital plate ; - second fixation means configured to fix said longitudinal lateral bars to a patient's vertebra; - a transverse connector comprising: - a central longitudinal bar able to be arranged according to the sagittal direction (S) between the two longitudinal lateral bars , said central longitudinal bar extending between an occipital end portion and a vertebral end portion , and - a cross bar associated with said central longitudinal bar and extending transversely thereto between two lateral end portions , - third fixation means configured to fix said occipital end portion of said longitudinal central bar to said occipital plate ; - fourth fixation means configured to fix said lateral end portions of the cross bar respectively to one of two longitudinal lateral bars . - an occipital plate able to be fixed to an occipital portion of the skull of a patient; - two longitudinal lateral bars able to be arranged in a sagittal direction (S) alongside the spinous processes of the vertebrae of the patient, each longitudinal lateral bar extending between an occipital end portion and a vertebral end portion ; - first fixation means configured to fix said occipital end portion of each longitudinal lateral bar and said occipital plate ; - second fixation means configured to fix said longitudinal lateral bars to a patient's vertebra; - a transverse connector comprising: - a central longitudinal bar able to be arranged according to the sagittal direction (S) between the two longitudinal lateral bars , said central longitudinal bar extending between an occipital end portion and a vertebral end portion , and - a cross bar associated with said central longitudinal bar and extending transversely thereto between two lateral end portions , - a central longitudinal bar able to be arranged according to the sagittal direction (S) between the two longitudinal lateral bars , said central longitudinal bar extending between an occipital end portion and a vertebral end portion , and - a cross bar associated with said central longitudinal bar and extending transversely thereto between two lateral end portions , - third fixation means configured to fix said occipital end portion of said longitudinal central bar to said occipital plate ; - fourth fixation means configured to fix said lateral end portions of the cross bar respectively to one of two longitudinal lateral bars .
A granular composition, comprising silica, mineral clay, glucan and mannans, the granular composition having a dispersion value of 20% or less at 2 minutes, wherein the dispersion value is calculated by spraying the granular composition with water using a mechanical spray head positioned over a 500 mesh (0.025 mm) sieve and measuring a percentage of material that remains on the sieve after 2 minutes, wherein at least 40% by weight of particles in the granular composition are granules having a particle size of from greater than 0.15 mm (100 mesh) to 4.8 mm (4 mesh), further wherein the particle size is measured according to ANSI/ASAE Standard S319.4. wherein at least 40% by weight of particles in the granular composition are granules having a particle size of from greater than 0.15 mm (100 mesh) to 4.8 mm (4 mesh), further wherein the particle size is measured according to ANSI/ASAE Standard S319.4.
A user equipment UE comprising circuitry to: receive, in a radio-resource control,RRC, message, a configuration parameter to be used to establish a state-transition disable period and a tracking window; determine a number of state transitions in the tracking window; if the number of state transitions is equal to or greater than a predetermined threshold: set an inactivity timer to the state-transition disable period; start the inactivity timer; delay a request for a subsequent state transition for a time period at least equal to the state-transition disable period based on the inactivity timer; wherein the request for the subsequent state transition is a message to be sent to an Evolved Node B, eNB , and wherein the state transition involves changing a discontinuous reception, DRX, configuration. receive, in a radio-resource control,RRC, message, a configuration parameter to be used to establish a state-transition disable period and a tracking window; determine a number of state transitions in the tracking window; if the number of state transitions is equal to or greater than a predetermined threshold: set an inactivity timer to the state-transition disable period; start the inactivity timer; delay a request for a subsequent state transition for a time period at least equal to the state-transition disable period based on the inactivity timer; wherein the request for the subsequent state transition is a message to be sent to an Evolved Node B, eNB , and wherein the state transition involves changing a discontinuous reception, DRX, configuration. set an inactivity timer to the state-transition disable period; start the inactivity timer; delay a request for a subsequent state transition for a time period at least equal to the state-transition disable period based on the inactivity timer; wherein the request for the subsequent state transition is a message to be sent to an Evolved Node B, eNB , and wherein the state transition involves changing a discontinuous reception, DRX, configuration.