mhurhangee/patent-ind-claim-en huggingface dataset:
Weighing device of the digital scale type, comprising at least one strain gauge (31-34), at least two conducting portions (61-64) arranged on a top surface , and an electronic control unit , the strain gauge being connected to the electronic unit and the electronic unit being configured to determine the weight of a user positioned on the weighing device, and to measure a first signal indicative of the periodic weight variations caused by the heartbeats of the user, the conducting portions being connected to the electronic unit and the electronic unit being configured to measure an impedance at the user's feet and to measure a second signal indicative of the periodic impedance variations caused by the heartbeats of the user, characterized in that the electronic unit is configured to perform a qualitative individual analysis of the first and second signals and a comparative analysis of the first and second signals in order to determine from the first and second signals the heart rate of the user, that is to establish for each signal a quality index representative of the signal to noise ratio, and in that the electronic unit is configured to perform a correlation calculation on the first and second signals, and in that the electronic unit is configured to evaluate a quality index for the correlation calculation, and determine the heart rate from the first signal and the second signal and the correlation calculation by choosing the one of the three having the best quality index.
A method of wireless communication performed by a base station , comprising: configuring a bandwidth part, BWP, switching configuration of a user equipment, UE, in connection with a dual active protocol stack, DAPS, handover based at least in part on a BWP switching rule wherein the BWP switching rule indicates that BWP switching is not permitted on a communication link for an intra-frequency handover when the UE is associated with a single communication chain for the communication link or wherein the BWP switching rule indicates that BWP switching is permitted on a communication link for an intra-frequency handover when the UE is associated with multiple communication chains for the communication link; and performing the DAPS handover. configuring a bandwidth part, BWP, switching configuration of a user equipment, UE, in connection with a dual active protocol stack, DAPS, handover based at least in part on a BWP switching rule wherein the BWP switching rule indicates that BWP switching is not permitted on a communication link for an intra-frequency handover when the UE is associated with a single communication chain for the communication link or wherein the BWP switching rule indicates that BWP switching is permitted on a communication link for an intra-frequency handover when the UE is associated with multiple communication chains for the communication link; and performing the DAPS handover.
A blade guard for a hedge trimmer that can cut trimmings from a hedge , the hedge trimmer including a cutting arm member with at least a first set of cutting blades that extends laterally from the cutting arm member , the blade guard characterized in that it includes: a first housing member and a second housing member movable between an open condition and a closed condition; a connecting member on the blade guard operable to releasably couple to the cutting arm member of the hedge trimmer , wherein said first housing member and said second housing member in said open condition establish an opening between said first housing member and said second housing member , wherein the blade guard in said open condition is operable to catch the trimmings in said opening between said first housing member and said second housing member , wherein the opening is closed in said closed condition and the blade guard is operable to cover the first set of the cutting blades . a first housing member and a second housing member movable between an open condition and a closed condition; a connecting member on the blade guard operable to releasably couple to the cutting arm member of the hedge trimmer , wherein said first housing member and said second housing member in said open condition establish an opening between said first housing member and said second housing member , wherein the blade guard in said open condition is operable to catch the trimmings in said opening between said first housing member and said second housing member , wherein the opening is closed in said closed condition and the blade guard is operable to cover the first set of the cutting blades .
Method performed by a signaling radio node in a radio access network, the method comprising: transmitting control signaling to a user equipment based on configuration information indicating that the user equipment is configured with multiple sets of resources for use in receiving control signaling; wherein a control information carried by the control signaling has a control information structure; wherein a size of the control information structure is dependent on a target set of resources determined for use by the user equipment for receiving the control signaling, the target set of resources being one of the multiple sets of resources for use in receiving control signaling; wherein said received control signaling is by a fallback downlink control information, DCI, message having a fixed size that is predefined and not configurable with higher layer signaling; and wherein fallback DCI messages for different sets of resources have different fixed predefined sizes of the control information structures. wherein a control information carried by the control signaling has a control information structure; wherein a size of the control information structure is dependent on a target set of resources determined for use by the user equipment for receiving the control signaling, the target set of resources being one of the multiple sets of resources for use in receiving control signaling; wherein said received control signaling is by a fallback downlink control information, DCI, message having a fixed size that is predefined and not configurable with higher layer signaling; and wherein fallback DCI messages for different sets of resources have different fixed predefined sizes of the control information structures.
A leg supporting apparatus for supporting a user relative to a ground surface, the leg supporting apparatus comprising: a calf frame configured to be mounted on a user's calf; a thigh frame configured to be mounted on the user's thigh and pivotally connected to the calf frame ; and a coupling structure moveably coupling the calf frame to the thigh frame , wherein the coupling structure comprises a rotational force transferring member configured to transfer rotation of the calf frame with respect to the ground surface into rotation of the thigh frame with respect to the calf frame characterised in that said rotation of the thigh frame with respect to the calf frame is such that an end of the thigh frame , at which end the thigh frame is not connected to the calf frame , moves along a downwardly-concave curve when the calf frame is pivoted with respect to the ground surface. a calf frame configured to be mounted on a user's calf; a thigh frame configured to be mounted on the user's thigh and pivotally connected to the calf frame ; and a coupling structure moveably coupling the calf frame to the thigh frame , wherein the coupling structure comprises a rotational force transferring member configured to transfer rotation of the calf frame with respect to the ground surface into rotation of the thigh frame with respect to the calf frame characterised in that said rotation of the thigh frame with respect to the calf frame is such that an end of the thigh frame , at which end the thigh frame is not connected to the calf frame , moves along a downwardly-concave curve when the calf frame is pivoted with respect to the ground surface.
A portable insulin pump , comprising: a graphical user interface ; a receiver adapted to receive information from a continuous glucose monitor; and a processor functionally linked to the receiver to obtain the information from the continuous glucose monitor and to the graphical user interface to control display of information on the graphical user interface, wherein the processor is configured to automatically display a startup screen on the graphical user interface when the graphical user interface is activated from an inactive condition, the startup screen including: a current glucose level of a user based off of the information received from the continuous glucose monitor; historical data relating to the glucose level of the user based off of the information received from the continuous glucose monitor; and an estimate of the amount of un-metabolized insulin remaining in the user's body wherein the startup screen further includes a bolus object , the bolus object selectable to initiate delivery of an insulin bolus; and wherein the processor is further configured to display an unlock screen requiring a user to unlock the graphical user interface to initiate delivery of the insulin bolus. a graphical user interface ; a receiver adapted to receive information from a continuous glucose monitor; and a processor functionally linked to the receiver to obtain the information from the continuous glucose monitor and to the graphical user interface to control display of information on the graphical user interface, wherein the processor is configured to automatically display a startup screen on the graphical user interface when the graphical user interface is activated from an inactive condition, the startup screen including: a current glucose level of a user based off of the information received from the continuous glucose monitor; historical data relating to the glucose level of the user based off of the information received from the continuous glucose monitor; and an estimate of the amount of un-metabolized insulin remaining in the user's body wherein the startup screen further includes a bolus object , the bolus object selectable to initiate delivery of an insulin bolus; and a current glucose level of a user based off of the information received from the continuous glucose monitor; historical data relating to the glucose level of the user based off of the information received from the continuous glucose monitor; and an estimate of the amount of un-metabolized insulin remaining in the user's body wherein the startup screen further includes a bolus object , the bolus object selectable to initiate delivery of an insulin bolus; and wherein the processor is further configured to display an unlock screen requiring a user to unlock the graphical user interface to initiate delivery of the insulin bolus.
A method performed by one or more processors for automatically configuring a newly purchased user equipment device with content consumption material that is associated with a user, the method comprising: receiving, from a service that facilitates purchase of the user equipment device, data comprising purchase information that identifies a purchaser of a user equipment device , and a device identifier of the purchased user equipment device ; determining a user account associated with the purchase information ; accessing a database to identify content consumption material that is associated with the user account ; and automatically transmitting to the user equipment device, based on the user equipment device identifier, a communication that causes the user equipment device to be configured with the content consumption material identified by the user account . receiving, from a service that facilitates purchase of the user equipment device, data comprising purchase information that identifies a purchaser of a user equipment device , and a device identifier of the purchased user equipment device ; determining a user account associated with the purchase information ; accessing a database to identify content consumption material that is associated with the user account ; and automatically transmitting to the user equipment device, based on the user equipment device identifier, a communication that causes the user equipment device to be configured with the content consumption material identified by the user account .
An image forming apparatus comprising: a main machine including an enclosure and an operating panel and capable of functioning as a multifunction machine by itself; and at least one option machine added to a side-face of the enclosure of the main machine , wherein: the operating panel is disposed in a partial region in a width direction of the enclosure ; the enclosure has a front face that has a first color and a second color that is different from the first color so as to be a guide indicating a position of the operating panel ; characterized in that the second color, at a position substantially agreeing with the operating panel in the width direction of the enclosure , is provided on the front face so as to have a constant width substantially equal to a width of the operating panel and extends from an upper end part to a lower end part of the front face of the enclosure . a main machine including an enclosure and an operating panel and capable of functioning as a multifunction machine by itself; and at least one option machine added to a side-face of the enclosure of the main machine , wherein: the operating panel is disposed in a partial region in a width direction of the enclosure ; the enclosure has a front face that has a first color and a second color that is different from the first color so as to be a guide indicating a position of the operating panel ; characterized in that the second color, at a position substantially agreeing with the operating panel in the width direction of the enclosure , is provided on the front face so as to have a constant width substantially equal to a width of the operating panel and extends from an upper end part to a lower end part of the front face of the enclosure . the operating panel is disposed in a partial region in a width direction of the enclosure ; the enclosure has a front face that has a first color and a second color that is different from the first color so as to be a guide indicating a position of the operating panel ; characterized in that the second color, at a position substantially agreeing with the operating panel in the width direction of the enclosure , is provided on the front face so as to have a constant width substantially equal to a width of the operating panel and extends from an upper end part to a lower end part of the front face of the enclosure .
A carrier-free solid-material method for the production of powdery calcium propionate in a pressure-resistant solid-state mixing reactor by charging calcium oxide, calcium hydroxide or calcium carbonate or mixtures of these calcium compounds, and adding propionic acid by a reaction directly in the solid phase under a pressure that is increased above normal pressure.
A non-woven fabric consisting of fibers of a thermoplastic polyurethane (TPU) derived from: (a) a thermoplastic polyurethane polymer derived from a hydroxyl terminated polyester, diphenylmethane-4,4'-diisocyanate (MDI) and a glycol having from 2 to 10 carbon atoms and having a molecular weight (Mw) of 100,000 to 800,000 Daltons; (b) 2.0 % to 20 % by weight of a crosslinking agent, based upon the total weight of TPU polymer and crosslinking agent, wherein the crosslinking agent has a number average molecular weight of 750 to 10,000 Daltons and is derived from a hydroxyl-terminated polyether intermediate and diphenylmethane-4,4'-diisocyanate; and (c) optionally, additives selected from the group consisting of opacifying pigments, colorants, mineral fillers, stabilizers, lubricants, UV absorbers, processing aids, plasticizers and flame retardants. (a) a thermoplastic polyurethane polymer derived from a hydroxyl terminated polyester, diphenylmethane-4,4'-diisocyanate (MDI) and a glycol having from 2 to 10 carbon atoms and having a molecular weight (Mw) of 100,000 to 800,000 Daltons; (b) 2.0 % to 20 % by weight of a crosslinking agent, based upon the total weight of TPU polymer and crosslinking agent, wherein the crosslinking agent has a number average molecular weight of 750 to 10,000 Daltons and is derived from a hydroxyl-terminated polyether intermediate and diphenylmethane-4,4'-diisocyanate; and (c) optionally, additives selected from the group consisting of opacifying pigments, colorants, mineral fillers, stabilizers, lubricants, UV absorbers, processing aids, plasticizers and flame retardants.
A clot retrieval device for removing occlusive clot from a blood vessel comprising a clot engaging element having a constrained delivery configuration and an expanded deployed configuration, the clot engaging element having a first peripheral portion, a second peripheral portion and a clot engaging section extending between the first and second peripheral portions wherein, in the expanded configuration, the peripheral portions are laterally spaced-apart, the clot engaging section extends between the peripheral portions, and wherein the clot engaging element has a longitudinally extending undulating edge such that the clot engaging element forms a longitudinal wave shape; and characterised in that the clot retrieval device further comprises an activator for modifying the longitudinal wave shape to engage with a clot, wherein the activator comprises at least one push wire and/or at least one pull wire .
An in-situ flow detection-based packet processing method, comprising: receiving (S301), by a first node, a first packet from a second node, wherein a first packet header of the first packet comprises first in-situ flow detection information, and the first packet is a packet encapsulated by using a first bearer protocol; obtaining (S302), by the first node, a second packet by re-encapsulating the first packet, wherein a second packet header of the second packet comprises the first in-situ flow detection information, the second packet is a packet encapsulated by using a second bearer protocol, and the first bearer protocol and the second bearer protocol are different bearer protocols; and forwarding (S303), by the first node, the second packet to a third node. receiving (S301), by a first node, a first packet from a second node, wherein a first packet header of the first packet comprises first in-situ flow detection information, and the first packet is a packet encapsulated by using a first bearer protocol; obtaining (S302), by the first node, a second packet by re-encapsulating the first packet, wherein a second packet header of the second packet comprises the first in-situ flow detection information, the second packet is a packet encapsulated by using a second bearer protocol, and the first bearer protocol and the second bearer protocol are different bearer protocols; and forwarding (S303), by the first node, the second packet to a third node.
An enhanced base station , without RRC connection management, wherein the air interface user plane is controlled by a radio access network controller and by a network controller ; comprising: a receiver , configured to receive, through an open interface, an air interface control policy sent by the radio access network controller , wherein the air interface control policy is generated by the radio access network controller , and the open interface is an interface between the enhanced base station and the radio access network controller ; wherein the receiver is further configured to receive a user plane data forwarding policy of an Internet protocol IP layer and layers above the IP layer sent by the network controller , wherein the user plane data forwarding policy controls IP flow tables; and a processor , configured to process air interface user plane data according to the air interface control policy; wherein the processor is further configured to process user plane data of the IP layer and the layers above the IP layer according to the data forwarding policy; wherein the air interface control policy is sent over an interface layer on top of the IP layer; wherein the user plane data forwarding policy is sent over an interface layer on top of the IP layer, whereby the interface layer uses OpenFlow protocol; and wherein the air interface control policy is a joint processing policy. a receiver , configured to receive, through an open interface, an air interface control policy sent by the radio access network controller , wherein the air interface control policy is generated by the radio access network controller , and the open interface is an interface between the enhanced base station and the radio access network controller ; wherein the receiver is further configured to receive a user plane data forwarding policy of an Internet protocol IP layer and layers above the IP layer sent by the network controller , wherein the user plane data forwarding policy controls IP flow tables; and a processor , configured to process air interface user plane data according to the air interface control policy; wherein the processor is further configured to process user plane data of the IP layer and the layers above the IP layer according to the data forwarding policy; wherein the air interface control policy is sent over an interface layer on top of the IP layer; wherein the user plane data forwarding policy is sent over an interface layer on top of the IP layer, whereby the interface layer uses OpenFlow protocol; and wherein the air interface control policy is a joint processing policy.
Use of a blood group antigenic trisaccharide conjugate as a reagent for the detection of blood group antibodies wherein, the blood group antigenic trisaccharide conjugate is a blood group antigenic trisaccharide analogue-protein conjugate; the blood group antigenic trisaccharide analogue includes a blood group antigenic trisaccharide B analogue; the blood group antigenic trisaccharide B analogue is selected from a group consisting of a type B1, a type B2, a type B3 and a type B4; the blood group antigenic trisaccharide B analogue is conjugated to a keyhole limpet hemocyanin or a bovine serum albumin to form a blood group antigenic trisaccharide B analogue-protein conjugate; when the blood group antigenic trisaccharide B analogue is the type B2, a conjugation ratio of the blood group antigenic trisaccharide B analogue to the keyhole limpet hemocyanin is 5:1 - 40:1, and a conjugation ratio of the blood group antigenic trisaccharide B analogue to the bovine serum albumin is 20:1; when the blood group antigenic trisaccharide B analogue is the type B1, the type B3 or the type B4, a conjugation ratio of the blood group antigenic trisaccharide B analogue to the keyhole limpet hemocyanin is 40:1; and chemical formulas of the type B1, the type B2, the type B3 and the type B4 are as follows: the type B1; the type B2; the type B3; and the type B4.