mhurhangee/patent-ind-claim-en huggingface dataset:
A method of medication management, the method comprising: receiving, at a mobile device , via a network interface from a server , information regarding a medication order; establishing a first near-field communication, NFC, connection between the mobile device and a medication dispensing device ; receiving at the mobile device , over the first NFC connection, pairing information from the medication dispensing device for the mobile device to connect to the medication dispensing device ; automatically establishing a short range wireless connection, different than first the NFC connection, to wirelessly connect the mobile device to the medication dispensing device using a peer-to-peer pairing process with the pairing information that was received over the first NFC connection; sending, from the mobile device via the short range wireless interface, a medication request including the medication order to the medication dispensing device to initiate dispensing of a medication corresponding to the medication order, the medication request causing the medication dispensing device to provide access to a medication corresponding to the medication order; and sending, with the mobile device via the network interface, dispense information to the server , the dispense information corresponding to the medication provided by the medication dispensing device . receiving, at a mobile device , via a network interface from a server , information regarding a medication order; establishing a first near-field communication, NFC, connection between the mobile device and a medication dispensing device ; receiving at the mobile device , over the first NFC connection, pairing information from the medication dispensing device for the mobile device to connect to the medication dispensing device ; automatically establishing a short range wireless connection, different than first the NFC connection, to wirelessly connect the mobile device to the medication dispensing device using a peer-to-peer pairing process with the pairing information that was received over the first NFC connection; sending, from the mobile device via the short range wireless interface, a medication request including the medication order to the medication dispensing device to initiate dispensing of a medication corresponding to the medication order, the medication request causing the medication dispensing device to provide access to a medication corresponding to the medication order; and sending, with the mobile device via the network interface, dispense information to the server , the dispense information corresponding to the medication provided by the medication dispensing device .
A Foil reel mounting device (10; 40) adapted to support a reel of stamping foil in a supporting module , the device adapted to be fixed to the supporting module and comprising - a support (11; 41) having a recess (16; 46) adapted to receive an axle of the reel of stamping foil , characterized in that the foil reel mounting device comprises - a retaining element (12; 42) mounted on the support (11; 41) and arranged to move between: - a closed position in which the retaining element (12; 42) is arranged to retain the axle of the reel in the recess (16; 46), and - an open position in which the retaining element (12; 42) is arranged to release the axle of the reel from the recess (16; 46), the retaining element (12; 42) being biased towards the closed position wherein the foil reel mounting device (10; 40) further comprises at least one holding member arranged to move between an unlocked position and a locked position wherein the holding member cooperates with the retaining element (12; 42) to prevent the moving of the retaining element (12; 42) to the closed position, the holding member being biased towards the unlocked position. - a support (11; 41) having a recess (16; 46) adapted to receive an axle of the reel of stamping foil , characterized in that the foil reel mounting device comprises - a retaining element (12; 42) mounted on the support (11; 41) and arranged to move between: - a closed position in which the retaining element (12; 42) is arranged to retain the axle of the reel in the recess (16; 46), and - an open position in which the retaining element (12; 42) is arranged to release the axle of the reel from the recess (16; 46), the retaining element (12; 42) being biased towards the closed position
A disc for use in a disc screen , the disc having a longitudinal axis , the disc comprising: a hub extending a length along the longitudinal axis , wherein the longitudinal axis is coaxial with the center of the hub , the hub further comprising: a hub surface ; a plurality of lobes N, wherein each lobe extends along the longitudinal axis , and wherein each lobe has a peak with a corresponding peak radius measured from the center of the hub to the hub surface at the peak ; each lobe has a peak radius that is substantially the same as the peak radius of the other lobes; each lobe peak is 360/N degrees apart from one another, as defined by the angles formed between the peak radius of adjacent lobes; a non-peak radius measured from the center of the hub to the hub surface between the peaks of adjacent lobes; wherein the peak radius is larger than the non-peak radius ; and a helical ridge extending away from the hub surface and twisting about the longitudinal axis for the length and wherein the helical ridge twists at least 360 degrees about the longitudinal axis . a hub surface ; a plurality of lobes N, wherein each lobe extends along the longitudinal axis , and wherein each lobe has a peak with a corresponding peak radius measured from the center of the hub to the hub surface at the peak ; each lobe has a peak radius that is substantially the same as the peak radius of the other lobes; each lobe peak is 360/N degrees apart from one another, as defined by the angles formed between the peak radius of adjacent lobes; each lobe has a peak radius that is substantially the same as the peak radius of the other lobes; each lobe peak is 360/N degrees apart from one another, as defined by the angles formed between the peak radius of adjacent lobes; a non-peak radius measured from the center of the hub to the hub surface between the peaks of adjacent lobes; wherein the peak radius is larger than the non-peak radius ; and a helical ridge extending away from the hub surface and twisting about the longitudinal axis for the length and wherein the helical ridge twists at least 360 degrees about the longitudinal axis .
A capillary insert for administering liquid products comprising: a cone which has in its upper part a hole for the administration of liquids through an internal channel , the cone having a frusto-conical configuration ending in a washer that divides the cone and a skirt that extends axially from the washer in a direction opposite to the cone , wherein the insert has one or more non-homogeneous breaking zones comprising one or more thin sections of thickness and one or more thick sections of thickness around the perimeter of the capillary insert , wherein each thin section of thickness is thinner than each thick section of thickness , which breaking zones when exerting an external force or subjected to an external force allow the total or partial breaking of the insert.
A motor into which is incorporated a sensor magnet holder for mounting a sensor magnet on a motor shaft in such a manner as to face a magnetic sensing element provided on a stationary section of the motor so as to acquire a signal corresponding to a change in rotational position of the motor shaft, wherein: the sensor magnet holder has a press fit portion, which is an inner circumferential part of a cylindrical portion, to be press-fitted to the motor shaft, a magnet rear-end engagement portion, and a plurality of plate-like snap fit tongues formed integral with one another; the plurality of plate-like snap fit tongues extend from an inner diametral part of the cylindrical portion in an axial direction of the motor shaft and have respective magnet front-end engagement portions formed on an outer diametral side of their tip portions; and at least one of the snap fit tongues is brought into contact with at least one flat surface of the sensor magnet formed on its inner circumference, by utilizing elasticity of the snap fit tongues, and the sensor magnet is retained between the magnet rear-end engagement portion and the magnet front-end engagement portions; characterized in that the magnet rear-end engagement portion has a plurality of bosses formed on its end surface, and, in engagement of the sensor magnet, tips of the bosses are crushed, thereby fixing the sensor magnet with respect to the axial direction of the motor shaft. the sensor magnet holder has a press fit portion, which is an inner circumferential part of a cylindrical portion, to be press-fitted to the motor shaft, a magnet rear-end engagement portion, and a plurality of plate-like snap fit tongues formed integral with one another; the plurality of plate-like snap fit tongues extend from an inner diametral part of the cylindrical portion in an axial direction of the motor shaft and have respective magnet front-end engagement portions formed on an outer diametral side of their tip portions; and at least one of the snap fit tongues is brought into contact with at least one flat surface of the sensor magnet formed on its inner circumference, by utilizing elasticity of the snap fit tongues, and the sensor magnet is retained between the magnet rear-end engagement portion and the magnet front-end engagement portions; characterized in that the magnet rear-end engagement portion has a plurality of bosses formed on its end surface, and, in engagement of the sensor magnet, tips of the bosses are crushed, thereby fixing the sensor magnet with respect to the axial direction of the motor shaft.
A metallic layer adjacent to a semiconducting layer comprising an organic matrix compound, the metallic layer comprising at least one first metal and at least one secondmetal, characterized in that a) the first metal is selected from the group consisting of Na, K, Rb, Cs; and b) the second metal is selected from the group consisting of Zn, Hg, Cd, Te. a) the first metal is selected from the group consisting of Na, K, Rb, Cs; and b) the second metal is selected from the group consisting of Zn, Hg, Cd, Te.
A system comprising: circuitry configured to acquire at least position information, height information and first priority information corresponding to a first wireless communication system, and second priority information corresponding to a second wireless communication system; determine a use condition for a shared frequency band shared between the first and second wireless communication systems based on the position information, the height information, the first priority information and the second priority information; and output a notification based on the determined use condition, characterized in that the determined use condition corresponds to a usable three-dimensional space in which transmission electric power within the shared frequency band is permitted to exceed a predetermined threshold. acquire at least position information, height information and first priority information corresponding to a first wireless communication system, and second priority information corresponding to a second wireless communication system; determine a use condition for a shared frequency band shared between the first and second wireless communication systems based on the position information, the height information, the first priority information and the second priority information; and output a notification based on the determined use condition, characterized in that the determined use condition corresponds to a usable three-dimensional space in which transmission electric power within the shared frequency band is permitted to exceed a predetermined threshold.
A network element for a cloud computing environment for an IP-based communication network, wherein said cloud computing environment being an Internet-based computing environment that provides, on demand, networking resources and data to devices comprised in said IP-based communication network, for running at least a first software application and a second software application and wherein said network element is configured to manage networking resources by affecting changes at the network level of networking resources associated with the communication network that are being utilized by said first software application wherein said changes are affected in response to obtaining information retrieved from an application program interface, API, associated with said first software application, and wherein said obtained information comprises network related control and commands, and information that relates to usage of said first software application by users communicating with said first software application, and in case that said second software application has a low demand for networking resources, then said first software application is configured to use these networking resources on request, and wherein said first software application is configured to assess a new user's experience of users communicating with said first software application, achieved after said change in the networking resources has been affected.
A method for controlling a vapour compression system , the vapour compression system comprising at least one compressor , a heat rejecting heat exchanger , a high pressure expansion device , a receiver , an evaporator expansion device , an evaporator and a gas bypass valve , arranged in a refrigerant path, the method is characterised by the steps of: - registering that the gas bypass valve is malfunctioning, - deriving an actual opening degree of the gas bypass valve , - deriving a target opening degree of the gas bypass valve , based on one or more control parameters of the vapour compression system , - comparing the actual opening degree of the gas bypass valve to the target opening degree of the gas bypass valve , and - controlling the vapour compression system based on the comparison, and in order to match a mass flow of gaseous refrigerant through the gas bypass valve to the actual opening degree of the gas bypass valve . - registering that the gas bypass valve is malfunctioning, - deriving an actual opening degree of the gas bypass valve , - deriving a target opening degree of the gas bypass valve , based on one or more control parameters of the vapour compression system , - comparing the actual opening degree of the gas bypass valve to the target opening degree of the gas bypass valve , and - controlling the vapour compression system based on the comparison, and in order to match a mass flow of gaseous refrigerant through the gas bypass valve to the actual opening degree of the gas bypass valve .
An image control apparatus installed in a movable body, the image control apparatus comprising: a controller configured to generate data of a display image in which a present moving speed of the movable body is indicated together with other speed related information on a first object representing a speed gauge comprising equally spaced scale marks , and further configured to change a display mode related to a difference between the present moving speed and a speed indicated by the other speed related information, upon detecting that a predetermined condition is satisfied; characterised in that the controller is further configured to change the display mode related to the difference by expanding the intervals between the scale marks at a portion including at least the present moving speed and the speed indicated by the other speed related information. a controller configured to generate data of a display image in which a present moving speed of the movable body is indicated together with other speed related information on a first object representing a speed gauge comprising equally spaced scale marks , and further configured to change a display mode related to a difference between the present moving speed and a speed indicated by the other speed related information, upon detecting that a predetermined condition is satisfied; characterised in that the controller is further configured to change the display mode related to the difference by expanding the intervals between the scale marks at a portion including at least the present moving speed and the speed indicated by the other speed related information.
An antibody for use in a method to effect weight loss in a mammal, the method comprising administering an antibody to the mammal in need thereof, wherein the antibody inhibits the action of Gkn-1 in the mammal.
A coated cutting tool comprising: a hard coating film on a surface of the tool, wherein the hard coating film is a nitride containing aluminum (Al) within a range of 80 at% to 90 at% and containing titanium (Ti) within a range of 10 at% to 20 at% with respect to a total amount of metallic including metalloid elements, and containing argon (Ar) of 0.10 at% or more and_0.50 at% or less with respect to a total amount of the metallic including metalloid elements and nonmetallic elements, wherein in the hard coating film, a crystal structure identified through X-ray diffraction is a single phase with a hexagonal closest packing structure and a diffraction peak due to an AlN plane indicates a maximum intensity, wherein an average crystal grain size is within a range of 5 nm to 50 nm, and wherein in a cross-sectional observation of the hard coating film, there are five or fewer droplets having an equivalent circle diameter of 1.0 μm or larger per 100 μm 2, wherein the amount of metallic elements is measured using a electron probe microanalyzer according to the method in the description and the crystal structure, the diffraction peak indicating a maximum intensity, the average crystal grain size and the number of droplets are determined in accordance with the specifics given in the description. a hard coating film on a surface of the tool, wherein the hard coating film is a nitride containing aluminum (Al) within a range of 80 at% to 90 at% and containing titanium (Ti) within a range of 10 at% to 20 at% with respect to a total amount of metallic including metalloid elements, and containing argon (Ar) of 0.10 at% or more and_0.50 at% or less with respect to a total amount of the metallic including metalloid elements and nonmetallic elements, wherein in the hard coating film, a crystal structure identified through X-ray diffraction is a single phase with a hexagonal closest packing structure and a diffraction peak due to an AlN plane indicates a maximum intensity, wherein an average crystal grain size is within a range of 5 nm to 50 nm, and wherein in a cross-sectional observation of the hard coating film, there are five or fewer droplets having an equivalent circle diameter of 1.0 μm or larger per 100 μm 2, wherein the amount of metallic elements is measured using a electron probe microanalyzer according to the method in the description and the crystal structure, the diffraction peak indicating a maximum intensity, the average crystal grain size and the number of droplets are determined in accordance with the specifics given in the description.
A method of wireless communication of a user equipment, UE, , comprising: receiving interference suppression information from a base station ; receiving a transmission through at least one component carrier of a plurality of component carriers; and for each component carrier of the at least one component carrier, determining at least one of whether to perform interference suppression on a particular component carrier, or a type of interference suppression to perform on the particular component carrier based on a configuration associated with the particular component carrier and the interference suppression information. receiving interference suppression information from a base station ; receiving a transmission through at least one component carrier of a plurality of component carriers; and for each component carrier of the at least one component carrier, determining at least one of whether to perform interference suppression on a particular component carrier, or a type of interference suppression to perform on the particular component carrier based on a configuration associated with the particular component carrier and the interference suppression information. whether to perform interference suppression on a particular component carrier, or a type of interference suppression to perform on the particular component carrier
A damper for a shock absorber comprising: a damper chamber divided by a piston and shaft into a compression portion and a rebound portion ; a bottom out control feature at an end of the compression portion ; a fluid flow path formed in the bottom out control feature for providing fluid communication from the bottom out control feature to the compression portion of the damper chamber during a compression stroke of the damper; and characterized by an active valve (350; 450) coupled with said fluid flow path, said active valve to meter a fluid flow of a working fluid through said fluid flow path. a damper chamber divided by a piston and shaft into a compression portion and a rebound portion ; a bottom out control feature at an end of the compression portion ; a fluid flow path formed in the bottom out control feature for providing fluid communication from the bottom out control feature to the compression portion of the damper chamber during a compression stroke of the damper; and characterized by an active valve (350; 450) coupled with said fluid flow path, said active valve to meter a fluid flow of a working fluid through said fluid flow path.