mhurhangee/ep-ind-claims huggingface dataset:
A device for positioning two elements (26, 28) in a docked position, comprising first and second parts (22, 24), the first part including: - a first contact surface (30.1), - a first portion in the form of a cylinder of revolution (32.1, 54.1), projecting from the first contact surface (30.1) which has an axis of revolution (A32.1, A54.1) perpendicular to the first contact surface (30.1), the second part including: - a second contact surface (30.2), - a second portion in the form of a cylinder of revolution (32.2, 54.2), recessed relative to the second contact surface (30.2), which has an axis of revolution (A32.2, A54.2) perpendicular to the second contact surface (30.1), the first and second portions in the form of a cylinder of revolution (32.1, 54.1; 32.2, 54.2) having the same diameter and the first and second contact surfaces (30.1, 30.2) being configured to be pressed against each other in the docked position, characterised in that the first and second parts (22, 24) respectively comprise first and second frustoconical portions of oval section (38.1, 46.1, 48.1, 58.1; 38.2, 46.2, 48.1, 58.2) that have complementary shapes so as to prevent the first and second parts (22, 24) from rotating about the axes of revolution (A32.1, A32.2) of the first and second portions in the form of a cylinder of revolution (32.1 54.1; 32.2, 54.2) in the docked position, the first and second frustoconical portions of oval section (38.1, 46.1, 48.1, 58.1; 38.2, 46.2, 48.1, 58.2) being positioned relative to the first and second portions in the form of a cylinder of revolution (32.1 54.1; 32.2, 54.2) so that the first portion in the form of a cylinder of revolution (32.1, 54.1) penetrates into the second portion in the form of a cylinder of revolution (32.2, 54.2) before the first and second frustoconical portions of oval section (38.1, 46.1, 48.1, 58.1; 38.2, 46.2, 48.1, 58.2) are in contact with each other. - a first contact surface (30.1), - a first portion in the form of a cylinder of revolution (32.1, 54.1), projecting from the first contact surface (30.1) which has an axis of revolution (A32.1, A54.1) perpendicular to the first contact surface (30.1), - a second contact surface (30.2), - a second portion in the form of a cylinder of revolution (32.2, 54.2), recessed relative to the second contact surface (30.2), which has an axis of revolution (A32.2, A54.2) perpendicular to the second contact surface (30.1), the first and second portions in the form of a cylinder of revolution (32.1, 54.1; 32.2, 54.2) having the same diameter and the first and second contact surfaces (30.1, 30.2) being configured to be pressed against each other in the docked position,
A method for generating a widget, wherein a widget is a small, user-interface based application and is formed of markup language and script language, characterized by comprising: obtaining identification information of elements to be reused in a source widget, wherein the source widget refers to an existing widget; the elements to be reused comprise an entire source widget, a node in a Document Object Model, DOM, tree of a source widget, and a variable or an object in a source widget which is created in a running procedure; the variable or the object in the source widget is a leaf node in an extended DOM tree of the source widget, wherein the extended DOM tree is constructed by using a variable or an object associated with a certain node in a DOM tree of the source widget as a leaf node of the certain node; generating a logical relation between the elements to be reused, wherein a logical relation between the elements to be used refers to a logical relation between elements to be reused in a widget to be generated and includes a combination relation and a precedence relation; wherein the combination relation means to combine elements to be used and the precedence relation refers to a relation that an output of a previous element to be reused is used as an input of a next element to be reused; and the logical relation is generated by writing the logical relation in the markup language, in a configuration file or in the script language; and generating code of a widget comprising the identification information of the elements to be reused and the logical relation according to the identification information of the elements to be reused and the logical relation. obtaining identification information of elements to be reused in a source widget, wherein the source widget refers to an existing widget; the elements to be reused comprise an entire source widget, a node in a Document Object Model, DOM, tree of a source widget, and a variable or an object in a source widget which is created in a running procedure; the variable or the object in the source widget is a leaf node in an extended DOM tree of the source widget, wherein the extended DOM tree is constructed by using a variable or an object associated with a certain node in a DOM tree of the source widget as a leaf node of the certain node; generating a logical relation between the elements to be reused, wherein a logical relation between the elements to be used refers to a logical relation between elements to be reused in a widget to be generated and includes a combination relation and a precedence relation; wherein the combination relation means to combine elements to be used and the precedence relation refers to a relation that an output of a previous element to be reused is used as an input of a next element to be reused; and the logical relation is generated by writing the logical relation in the markup language, in a configuration file or in the script language; and generating code of a widget comprising the identification information of the elements to be reused and the logical relation according to the identification information of the elements to be reused and the logical relation.
An application deployment method, wherein the method is performed by a registration center, and the method comprises: receiving a registration request from a deployment apparatus; allocating an agent identifier to the deployment apparatus based on the registration request, wherein the agent identifier is used to identify the deployment apparatus; obtaining one or more application blueprints of a to-be-deployed application, wherein the application blueprint comprises a blueprint identifier used to identify the application blueprint; obtaining one or more resource indexes of the to-be-deployed application input by a control end, the resource index includes a resource obtaining address, wherein the resource obtaining address is an obtaining address of an application installation package of the to-be-deployed application; establishing a correspondence among the application blueprint, the resource index, and the agent identifier; and sending a deployment command to the deployment apparatus, wherein the deployment command is used to instruct the deployment apparatus to obtain the application installation package of the to-be-deployed application based on the resource obtaining address and install the application installation package of the to-be-deployed application, wherein the to-be-deployed application is indicated by the application blueprint. receiving a registration request from a deployment apparatus; allocating an agent identifier to the deployment apparatus based on the registration request, wherein the agent identifier is used to identify the deployment apparatus; obtaining one or more application blueprints of a to-be-deployed application, wherein the application blueprint comprises a blueprint identifier used to identify the application blueprint; obtaining one or more resource indexes of the to-be-deployed application input by a control end, the resource index includes a resource obtaining address, wherein the resource obtaining address is an obtaining address of an application installation package of the to-be-deployed application; establishing a correspondence among the application blueprint, the resource index, and the agent identifier; and sending a deployment command to the deployment apparatus, wherein the deployment command is used to instruct the deployment apparatus to obtain the application installation package of the to-be-deployed application based on the resource obtaining address and install the application installation package of the to-be-deployed application, wherein the to-be-deployed application is indicated by the application blueprint.
A first cascade radio device, C-RD (18, 18a), for a system for providing power over Ethernet, PoE, cables to radio devices in a wireless network to facilitate indoor wireless communications, the first C-RD being interposed between at least one radio device and a radio controller, RC, the C-RD (18, 18a) being configured to negotiate an amount of power to be delivered by the RC to the at least one radio device, wherein the first C-RD (18, 18a) is configured to negotiate an amount of power to be delivered by the RC to the at least one radio device by: receiving, at the first C-RD (18, 18a), from the at least one radio device a first message, the first message indicating an amount of power requested by the at least one radio device; sending, by the first C-RD (18, 18a) to the RC, a second message, the second message indicating a total amount of requested power that is the sum of the amount of power requested by the at least one radio device and an amount of power requested by the first C-RD (18, 18a); receiving, at the first C-RD (18, 18a) from the RC, a third message, the third message indicating a maximum power allocated to the at least one radio device and a maximum power allocated to the first C-RD (18, 18a); transmitting, by the first C-RD (18, 18a) to the at least one radio device, a fourth message, the fourth message indicating the maximum power allocated to the at least one radio device; and when one of the at least one radio device is disconnected, requesting by the first C-RD (18, 18a) an amount of power from the RC equal to the total amount of requested power minus an amount of power previously requested by the disconnected one of the at least one radio device. receiving, at the first C-RD (18, 18a), from the at least one radio device a first message, the first message indicating an amount of power requested by the at least one radio device; sending, by the first C-RD (18, 18a) to the RC, a second message, the second message indicating a total amount of requested power that is the sum of the amount of power requested by the at least one radio device and an amount of power requested by the first C-RD (18, 18a); receiving, at the first C-RD (18, 18a) from the RC, a third message, the third message indicating a maximum power allocated to the at least one radio device and a maximum power allocated to the first C-RD (18, 18a); transmitting, by the first C-RD (18, 18a) to the at least one radio device, a fourth message, the fourth message indicating the maximum power allocated to the at least one radio device; and when one of the at least one radio device is disconnected, requesting by the first C-RD (18, 18a) an amount of power from the RC equal to the total amount of requested power minus an amount of power previously requested by the disconnected one of the at least one radio device.
Rope safety system for the protection of persons, comprising a rope tensioning device, with a ferrule for receiving an ending of a rope, wherein the internal space of the ferrule narrows conically to an open insertion ending and the opposite other ending of the ferrule is provided with an internal thread, a quantity of clamp jaws, which are arranged around an axial passage channel for the passage of the ending of the rope and insertable into the ferrule in this arrangement, and a threaded counterpart, which is screwable into the internal thread for the impressing of the clamp jaws into the ferrule and comprises a recess at its front side for receiving the rope ending, wherein the clamp jaws are formed at an axial ending of a pressure ring, which constitutes, together with the clamp jaws, a single-piece clamping insertion and forms a counter bearing for the threaded counterpart in a mounted state, characterized by a rope, to whose outer diameter the aperture channel between the clamp jaws of the clamping insertion is adapted in a way, that the clamp jaws exert an automatic clamping force on the rope while not inserted in the ferrule, and a counternut for securing the screw coupling of the threaded counterpart and the ferrule, wherein the counternut is screwed on the outer thread of the threaded counterpart and screwable towards a ring-shaped front surface of the ferrule.
A method for determining the responsiveness of a Dirofilaria immitis nematode to a macrocyclic lactone, said method comprising determining the genotype of said nematode at positions in a P-glycoprotein gene of said nematode corresponding to positions 11 and 618 in SEQ ID NO: 1, wherein the genotype GG at said positions corresponding to positions 11 and 618 in SEQ ID NO: 1 indicates that the nematode is likely to be resistant to said macrocyclic lactone.
Pump unit for pressurising a hydraulic actuating system, wherein the pump unit comprises: - a hydraulic pump, and a pump housing including a pump chamber for housing the hydraulic pump; - an electric motor for driving the hydraulic pump and a motor housing including a motor chamber for housing the electric motor; and - a reservoir in fluid communication with the hydraulic pump for containing a hydraulic fluid; wherein the electric motor comprises: - a motor rotor, wherein the motor rotor comprises a motor rotor body; - a plurality of field coils; and - a plurality of magnets which are disposed opposite the field coils for rotationally driving the motor rotor body; wherein a clearance is provided in between an inner circumferential surface of the motor chamber and an outer circumferential surface of the motor rotor body, characterised in that the clearance is diverging in the axial direction from a small diameter to a large diameter, and in that a fluid outlet is provided at a position of the large diameter of the clearance, such that in operation of the pump unit a hydraulic fluid in the clearance is caused to flow towards the fluid outlet to exit the motor chamber. - a hydraulic pump, and a pump housing including a pump chamber for housing the hydraulic pump; - an electric motor for driving the hydraulic pump and a motor housing including a motor chamber for housing the electric motor; and - a reservoir in fluid communication with the hydraulic pump for containing a hydraulic fluid; wherein the electric motor comprises: - a motor rotor, wherein the motor rotor comprises a motor rotor body; - a plurality of field coils; and - a plurality of magnets which are disposed opposite the field coils for rotationally driving the motor rotor body; wherein a clearance is provided in between an inner circumferential surface of the motor chamber and an outer circumferential surface of the motor rotor body, - a motor rotor, wherein the motor rotor comprises a motor rotor body; - a plurality of field coils; and - a plurality of magnets which are disposed opposite the field coils for rotationally driving the motor rotor body; wherein a clearance is provided in between an inner circumferential surface of the motor chamber and an outer circumferential surface of the motor rotor body, characterised in that the clearance is diverging in the axial direction from a small diameter to a large diameter, and in that a fluid outlet is provided at a position of the large diameter of the clearance, such that in operation of the pump unit a hydraulic fluid in the clearance is caused to flow towards the fluid outlet to exit the motor chamber.
A pressure vessel manufactured using a composite material obtained by impregnating reinforcing fibers selected from carbon fibers with a low viscosity liquid epoxy resin composition, wherein the carbon fibers comprise carbon fiber tow having a specific gravity of 1.7 to 1.9, and wherein said low viscosity liquid epoxy resin composition comprises a liquid epoxy resin and a curing agent mixture having at least a first curing agent and a second curing agent, wherein the epoxy resin composition has a mixed viscosity of 1,500 mPa·s or less, measured at room temperature and a rotary speed of 3.0 rpm with a Brookfield LVDV-I+ viscometer using a #62 spindle, and wherein a cured product of the liquid epoxy resin composition hardened at 110°C for 2 hours in an oven has physical properties including both a glass transition temperature of 90°C to 150°C, as obtained by thermal analysis using a differential scanning calorimeter, and an elongation of 2% to 6%, as obtained by evaluation according to ASTM D638. wherein the epoxy resin composition has a mixed viscosity of 1,500 mPa·s or less, measured at room temperature and a rotary speed of 3.0 rpm with a Brookfield LVDV-I+ viscometer using a #62 spindle, and wherein a cured product of the liquid epoxy resin composition hardened at 110°C for 2 hours in an oven has physical properties including both a glass transition temperature of 90°C to 150°C, as obtained by thermal analysis using a differential scanning calorimeter, and an elongation of 2% to 6%, as obtained by evaluation according to ASTM D638.
A method of unmasking an endotoxin in a composition, preferably a pharmaceutical composition, comprising an endotoxin masker and suspected of comprising said endotoxin, said method comprising the step of adding to said composition a modulator capable of unmasking said endotoxin, wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol comprising 8 to 16 carbon atoms, and wherein said endotoxin masker is a detergent and/or an active pharmaceutical ingredient, wherein said API is a protein API.
A method performed by an initiating communication node, for facilitating positioning determination in a Wi-Fi communication network, the Wi-Fi communication network comprising the initiating communication node and a responding communication node that is in wireless communication with the initiating communication node, the method comprising: sending, to the responding communication node, a request to start a position-related determination procedure; sending, to the responding communication node, information of a first plurality of frequency bands over which the initiating communication node is able to communicate; receiving second information from the responding communication node, the second information being related to a second number of frequency bands over which the responding communication node is able to communicate; and triggering start of the position-related determination procedure based on the received second information so that the position-related determination procedure is performed over at least one of a third number of frequency bands that occurs in both the first plurality of frequency bands and the second number of frequency bands. sending, to the responding communication node, a request to start a position-related determination procedure; sending, to the responding communication node, information of a first plurality of frequency bands over which the initiating communication node is able to communicate; receiving second information from the responding communication node, the second information being related to a second number of frequency bands over which the responding communication node is able to communicate; and triggering start of the position-related determination procedure based on the received second information so that the position-related determination procedure is performed over at least one of a third number of frequency bands that occurs in both the first plurality of frequency bands and the second number of frequency bands.
A control device for controlling a circuit breaker, the control device comprising a central processing unit and arranged to communicate with an output module (9, 9'), the output module (9, 9') arranged to output operational commands to the circuit breaker, characterized in that the central processing unit and the output module (9, 9') are synchronized and in that the central processing unit is arranged to compensate for circuit breaker operating time and to compute a point of time at which the operational commands are to be transmitted by the output module (9, 9') to the circuit breaker; and to transfer, considering an estimated transfer time from the central processing unit to the output module (9, 9'), the point of time to the output module (9, 9'), which output module (9, 9') comprises processing means arranged to execute the operational command at the point of time.
A mixing console comprising: - an input unit configured to receive at least one audio signal channel, - a first display configured to display audio signal channel related information, - a plurality of control elements configured to control at least one signal characteristic of the at least one audio signal channel, wherein the first display and the plurality of control elements are located on a first surface area of the mixing console, - at least one connecting element (150, 153) provided on the first surface area, characterized by - a touch-sensitive display comprising at least one support element which interacts with the at least one connecting element (150, 153) to removably connect the touch-sensitive display to the first surface area, wherein the at least one connecting element (150, 153) is located on the first surface area in such a way that the touch-sensitive display covers a part of the first surface area when it is connected to the first surface area, an information generating unit configured to generate the information to be displayed on the touch-sensitive display, wherein the at least one connecting element (150, 153) is configured to provide different snap in positions (151, 152) for the touch-sensitive display, wherein in each snap in position the touch-sensitive display covers a different part of the first surface area, wherein the information generating unit is configured to generate a position dependent information to be displayed on the touch-sensitive display, wherein the information generating unit generates the information to be displayed in dependence on the snap in position in which the touch-sensitive display is located. - an input unit configured to receive at least one audio signal channel, - a first display configured to display audio signal channel related information, - a plurality of control elements configured to control at least one signal characteristic of the at least one audio signal channel, wherein the first display and the plurality of control elements are located on a first surface area of the mixing console, - at least one connecting element (150, 153) provided on the first surface area, characterized by - a touch-sensitive display comprising at least one support element which interacts with the at least one connecting element (150, 153) to removably connect the touch-sensitive display to the first surface area, wherein the at least one connecting element (150, 153) is located on the first surface area in such a way that the touch-sensitive display covers a part of the first surface area when it is connected to the first surface area,