mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for measuring the optical effect of an optical lens arranged in a measurement volume, comprising: - a display device which is configured to display a test structure; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens; and - a computing unit, wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; characterized in that the computing unit is further configured to - calculate an optical effect of the lens on the basis of the three-dimensional form thereof; wherein the lens is a spectacle lens; and wherein the computing unit is configured to calculate the optical effect of the spectacle lens for a specified wearing position of a user, which differs from a measurement position in which the image data are captured. - a display device which is configured to display a test structure; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens; and - a computing unit, wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; characterized in that the computing unit is further configured to - calculate an optical effect of the lens on the basis of the three-dimensional form thereof; wherein the lens is a spectacle lens; and wherein the computing unit is configured to calculate the optical effect of the spectacle lens for a specified wearing position of a user, which differs from a measurement position in which the image data are captured. - calculate an optical effect of the lens on the basis of the three-dimensional form thereof; wherein the lens is a spectacle lens; and
A method for implementing member resource processing, wherein member resources are members of a group resource, comprising the steps of: receiving, by a pre-created virtual sub-resource of the group resource, a forward request from an initiator; wherein the virtual sub-resource is a forwarding point, pre-created by a local common services entity, CSE; wherein the forward request comprises the identity information of the initiator, the address of the pre-created virtual sub-resource, and instruction information for forwarding attribute information of one or more member resources to one or more target member resources; wherein the initiator is a remote CSE or an application entity, AE; according to the forward request of an initiator, the pre-created virtual sub-resource triggers the local CSE to send to the one or more member resources, an acquisition request for acquiring the attribute information of the member resources; acquiring, by the local CSE, the attribute information of the member resources; the local CSE directly sending an update request for forwarding the acquired attribute information of member resources to one or more target member resources so as to update the attribute information of the target member resources. receiving, by a pre-created virtual sub-resource of the group resource, a forward request from an initiator; wherein the virtual sub-resource is a forwarding point, pre-created by a local common services entity, CSE; wherein the forward request comprises the identity information of the initiator, the address of the pre-created virtual sub-resource, and instruction information for forwarding attribute information of one or more member resources to one or more target member resources; wherein the initiator is a remote CSE or an application entity, AE; according to the forward request of an initiator, the pre-created virtual sub-resource triggers the local CSE to send to the one or more member resources, an acquisition request for acquiring the attribute information of the member resources; acquiring, by the local CSE, the attribute information of the member resources; the local CSE directly sending an update request for forwarding the acquired attribute information of member resources to one or more target member resources so as to update the attribute information of the target member resources.
Method for operating a gas burner (11, 111), wherein the gas burner includes a gas burner body (13, 113) with a catalyst functionality, wherein in a previous step the gas burner is operated and gas is burned and thereby the gas burner body heats up, wherein in a subsequent step the gas supply is stopped by shutting off the gas burner, wherein as a third step for reigniting the gas burner after the shutting off of the gas burner within an ignition period there is readjusting of gas supply to the gas burner and the supplied gas flows through the gas burner body, wherein the ignition period is timed such that the present temperature of the gas burner body together with its catalyst functionality is sufficient to reignite and burn the gas in a self-acting manner, characterized in that the gas burner (11, 111) is supplied with gas by an electronically controllable gas valve which is controlled by an electronic control system in correspondence to a power specification, wherein the control system monitors the operation of the gas burner in relation to duration and power level, wherein, based thereon and with reference to values stored in a table, the control system determins the approximate temperature of the gas burner body (13, 113) for evaluating a point of time for the self-acting reigniting of the gas burner merely by gas supplied thereto.
D2D enabled node for a wireless communication network, the D2D enabled node being adapted to perform a D2D operation on a first carrier frequency or band and a cellular operation on a second carrier frequency or band, the D2D enabled node further being adapted for obtaining information about D2D operation on f1 and obtaining information about cellular DL operation on f2, as well as being adapted for adapting at least one of the D2D operation and cellular DL operation to meet one or more requirements or to comply with one or more rules, characterised in that adapting comprises adapting the receiver configuration while receiving system information.
An aerosol product (10, 30) comprising: a first container (15a, 32a) filled with a first liquid; a second container (15b, 32b) filled with a second liquid; and a propellant, the aerosol product (10, 30) including a discharge mechanism for discharging and mixing the first liquid and the second liquid, wherein the first liquid contains an aqueous solution of a chlorite salt, the second liquid contains an aqueous solution of an acidic substance, the acidic substance is citric acid, characterized in that the aqueous solution of the acidic substance has a concentration of 1 to 20 mass%, and the discharge mechanism is configured so that the first liquid and the second liquid are mixed within the discharge mechanism and thereafter discharged in mist form. wherein the first liquid contains an aqueous solution of a chlorite salt, the second liquid contains an aqueous solution of an acidic substance, the acidic substance is citric acid, characterized in that the aqueous solution of the acidic substance has a concentration of 1 to 20 mass%, and the discharge mechanism is configured so that the first liquid and the second liquid are mixed within the discharge mechanism and thereafter discharged in mist form.
A method for operating a local bus, in particular a ring bus, with data bus participants (7a, 7b,..., 7n), the method comprising: transmitting a first identifier of a cycle frame, wherein the first identifier defines the beginning of the cycle frame; transmitting process data and management data (34, 39b, 40b) over the local bus, wherein the process data and management data (34, 39b, 40b) are transmitted within the cycle frame, wherein in a first time interval, τ 1, from the first identifier at least one isochronous data packet containing the process data is transmitted, wherein the isochronous data packet comprises a second identifier which is different from the first identifier, and wherein when management data (34, 39b, 40b) is transmitted within the cycle frame, said management data (34, 39b, 40b) is transmitted separately from the process data in at least one asynchronous data packet (30, 35), wherein said at least one asynchronous data packet (30, 35) comprises a third identifier (31, 36) that is different from the first and second identifier (18, 26); and wherein the first, second and third identifiers (18, 26, 31, 36) are each a unique identifier. transmitting a first identifier of a cycle frame, wherein the first identifier defines the beginning of the cycle frame; transmitting process data and management data (34, 39b, 40b) over the local bus, wherein the process data and management data (34, 39b, 40b) are transmitted within the cycle frame, wherein in a first time interval, τ 1, from the first identifier at least one isochronous data packet containing the process data is transmitted, wherein the isochronous data packet comprises a second identifier which is different from the first identifier, and wherein when management data (34, 39b, 40b) is transmitted within the cycle frame, said management data (34, 39b, 40b) is transmitted separately from the process data in at least one asynchronous data packet (30, 35), wherein said at least one asynchronous data packet (30, 35) comprises a third identifier (31, 36) that is different from the first and second identifier (18, 26); and wherein the first, second and third identifiers (18, 26, 31, 36) are each a unique identifier.
A battery module, comprising a plurality of batteries arranged side by side in a third direction and a buffering member, the buffering member being provided between two adjacent batteries, characterized in that the buffering member comprises a first member and a second member, and the first member and the second member are spliced together and forming a hollow frame structure; the first member comprises a first main body; the second member comprises a second main body; the first main body and the second main body each are formed as a C-shaped structure; or the first main body and the second main body each are formed as an L-shaped structure; the first member further comprises a first connecting portion formed on each end of the first main body; the second member further comprises a second connecting portion formed on each end of the second main body; the first main body of the first member and the second main body of the second member face each other in a second direction perpendicular to the third direction, and the first connecting portions are cooperated with and fixedly connected to the second connecting portions, respectively. the buffering member comprises a first member and a second member, and the first member and the second member are spliced together and forming a hollow frame structure; the first member comprises a first main body; the second member comprises a second main body; the first main body and the second main body each are formed as a C-shaped structure; or the first main body and the second main body each are formed as an L-shaped structure; the first member further comprises a first connecting portion formed on each end of the first main body; the second member further comprises a second connecting portion formed on each end of the second main body; the first main body of the first member and the second main body of the second member face each other in a second direction perpendicular to the third direction, and the first connecting portions are cooperated with and fixedly connected to the second connecting portions, respectively.
A trial neck for use in a hip replacement procedure, the trial neck comprising: a proximal end; a distal end adapted to be connected to a proximal end of a broach; and a body portion extending along a neck axis of the trial neck between the distal end and the proximal end, wherein the proximal end of the trial neck includes a male connector adapted to be connected to a corresponding female connector of a trial head, wherein the male connector comprises a plurality of connection members (34A, 34B) extending substantially parallel to the neck axis, wherein the connection members are separated by one or more elongate slots, wherein the connection members are resiliently deflectable inwards towards the neck axis on insertion of the male connector into the female connector of the trial head, characterised in that: the or each slot of the male connector includes at least one kink forming an interlock between the connection members separated by that slot, to prevent over-deflection of the connection members in a direction towards and/or away from the neck axis. a proximal end; a distal end adapted to be connected to a proximal end of a broach; and a body portion extending along a neck axis of the trial neck between the distal end and the proximal end, wherein the proximal end of the trial neck includes a male connector adapted to be connected to a corresponding female connector of a trial head, wherein the male connector comprises a plurality of connection members (34A, 34B) extending substantially parallel to the neck axis, wherein the connection members are separated by one or more elongate slots, wherein the connection members are resiliently deflectable inwards towards the neck axis on insertion of the male connector into the female connector of the trial head,
An axle assembly, comprising: a first axle shaft; an axle housing having a first housing component that includes a first space in which at least part of the first axle shaft is disposed, a central housing component that includes a central space including a first central space (S3a) and a third central space (S3c), a first outer bearing and a first inner bearing which are disposed in the first housing component and rotatably support the first axle shaft; a first brake device being disposed in the first central space (S3a); a flange that is adjacent to the first space and includes a communicating hole; wherein the first central space (S3a) is connected to the first space through the communicating hole of the flange; a first inlet port disposed below an axis of the first axle shaft in the third central space (S3c); a first outlet port disposed in the first space; and a first oil passage that extends from the first inlet port to the first outlet port, characterized in that the flange is disposed between the first space and the central space and protrudes from the inner face of the first housing component; wherein the first space is located between the first outer bearing and the first inner bearing; wherein the first inner bearing is located between the first space and the central space and is attached to the flange. a first axle shaft; an axle housing having a first housing component that includes a first space in which at least part of the first axle shaft is disposed, a central housing component that includes a central space including a first central space (S3a) and a third central space (S3c), a first outer bearing and a first inner bearing which are disposed in the first housing component and rotatably support the first axle shaft; a first brake device being disposed in the first central space (S3a); a flange that is adjacent to the first space and includes a communicating hole; wherein the first central space (S3a) is connected to the first space through the communicating hole of the flange; a first inlet port disposed below an axis of the first axle shaft in the third central space (S3c); a first outlet port disposed in the first space; and a first oil passage that extends from the first inlet port to the first outlet port, characterized in that the flange is disposed between the first space and the central space and protrudes from the inner face of the first housing component; wherein the first space is located between the first outer bearing and the first inner bearing; wherein the first inner bearing is located between the first space and the central space and is attached to the flange.
A method of reporting measurement of a terminal (135, 330, 430, 505), the method comprising: receiving from a base station (105-120, 305, 405, 415, 510) a measurement setup message instructing measurement of neighboring cells; performing measurement of first cells selected based on the measurement setup message, wherein the first cells are neighboring cells to be measured; determining whether to start a measurement reporting procedure according to a measurement result of second cells selected among the first cells based on the measurement setup message, wherein, the measurement reporting procedure is started according to a measurement result of the second cells selected based on the measurement setup message; and generating a measurement report message of third cells selected based on the measurement setup message when start of the measurement reporting procedure is determined and transmitting the measurement report message to the base station (105-120, 305, 405, 415, 510) wherein the third cells are neighboring cells included in the measurement report message and the third cells correspond to an entirety of the first cells or at least a portion of the first cells. receiving from a base station (105-120, 305, 405, 415, 510) a measurement setup message instructing measurement of neighboring cells; performing measurement of first cells selected based on the measurement setup message, wherein the first cells are neighboring cells to be measured; determining whether to start a measurement reporting procedure according to a measurement result of second cells selected among the first cells based on the measurement setup message, wherein, the measurement reporting procedure is started according to a measurement result of the second cells selected based on the measurement setup message; and generating a measurement report message of third cells selected based on the measurement setup message when start of the measurement reporting procedure is determined and transmitting the measurement report message to the base station (105-120, 305, 405, 415, 510) wherein the third cells are neighboring cells included in the measurement report message and the third cells correspond to an entirety of the first cells or at least a portion of the first cells.
Roof device for a terrace covering comprising a roof frame and at least one, preferably a plurality of roof panels, wherein at least one roof panel is configured so as to be slidable in the roof frame, and wherein the at least one roof panel comprises a panel frame and at least two panel fillings (200, 300) attached to both sides of the panel frame, and wherein: - the at least one roof panel is configured so that a first panel filling forms a water-tight cover on top of a second panel filling; - the first panel filling is translucent or transparent; and - the second panel filling is sun-screening or reflective. - the at least one roof panel is configured so that a first panel filling forms a water-tight cover on top of a second panel filling; - the first panel filling is translucent or transparent; and - the second panel filling is sun-screening or reflective.
A data protection method, comprising: receiving, at a second device, an individual privacy specification from a plurality of first devices (105-1,105-N) in which the individual privacy specification for each of the first devices is independently specified, with respect to the other first devices, from a selection of privacy options; sending, by the second device, guidance to each of the plurality of first devices to transform device associated first data into perturbed second data at the respective first device according to a probability distribution selected to provide privacy protection consistent with the respective individual privacy specification; and receiving, at the second device, the perturbed second data from each of the first devices. receiving, at a second device, an individual privacy specification from a plurality of first devices (105-1,105-N) in which the individual privacy specification for each of the first devices is independently specified, with respect to the other first devices, from a selection of privacy options; sending, by the second device, guidance to each of the plurality of first devices to transform device associated first data into perturbed second data at the respective first device according to a probability distribution selected to provide privacy protection consistent with the respective individual privacy specification; and receiving, at the second device, the perturbed second data from each of the first devices.
A negative-working lithographic printing plate precursor comprising a substrate, and comprising on the substrate: a negative-working radiation-sensitive imageable layer comprising a free radically polymerizable compound, a radiation absorber, a compound to generate free radicals upon irradiation, and a polymeric binder, and disposed over the negative-working radiation-sensitive imageable layer, an outermost layer comprising a copolymer comprising at least one unit of each of the following (a), (b), and (c) recurring units, in any order: wherein R, R', and R" are independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 4 carbon atoms, R 1 is hydrogen or a substituted or unsubstituted alkyl group having 1 to 4 carbon atoms, R 2 represents a single connecting bond or a substituted or unsubstituted alkylene or cycloalkylene group, wherein the (c) recurring units are present in an amount of at least 0.5 mol %, based on the total recurring units in the copolymer. a negative-working radiation-sensitive imageable layer comprising a free radically polymerizable compound, a radiation absorber, a compound to generate free radicals upon irradiation, and a polymeric binder, and disposed over the negative-working radiation-sensitive imageable layer, an outermost layer comprising a copolymer comprising at least one unit of each of the following (a), (b), and (c) recurring units, in any order: wherein R, R', and R" are independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 4 carbon atoms, R 1 is hydrogen or a substituted or unsubstituted alkyl group having 1 to 4 carbon atoms, R 2 represents a single connecting bond or a substituted or unsubstituted alkylene or cycloalkylene group, wherein the (c) recurring units are present in an amount of at least 0.5 mol %, based on the total recurring units in the copolymer.
Method for determining the position and/or change in position of a measurement object relative to a sensor, the sensor comprising a sensor coil to which an alternating current is applied, characterised in that, as a result of a magnet, which is assigned to the measurement object, in a soft-magnetic foil, the permeability of which foil changes under the influence of a magnetic field depending on the field intensity of the magnetic field and which foil is arranged in the region of influence of the sensor, the permeability of the foil is changed, in that the change in permeability of the foil is determined from the feedback thereof on the sensor and the position and/or change in position of the measurement object relative to the sensor is determined from said permeability, and in that a magnetic field is generated by a compensating coil excited by direct current, by means of which magnetic field the permeability of the foil or parts of the foil is influenced.