mhurhangee/patent-ind-claim-en huggingface dataset:
A darkening device for darkening a window opening of a roof surface window in a building, having an opaque hanging which can be wound onto a winding shaft between a darkening position and an open position, and having a frame which has an upper profile , which is designed as a cassette , for receiving the winding shaft , wherein a darkening element is provided for darkening a gap between the upper profile and the hanging , characterized in that the darkening element is pivotably mounted and rests on the hanging wound onto the winding shaft , by the force of gravity.
Encryption method comprising the following steps; - compression of the input data before all encoding operations, characterized in that the method also comprises the following steps; - coding the compressed data with non prefix free encoding operation, - splitting the encoded data to two streams as code-word boundaries information data which has all information of boundaries of non prefix free code words stream , and non prefix free code words stream which has all payload of the encoded data except code-word boundaries information , - encrypting the code-word boundaries information without the non prefix free code words stream . - compression of the input data before all encoding operations, - coding the compressed data with non prefix free encoding operation, - splitting the encoded data to two streams as code-word boundaries information data which has all information of boundaries of non prefix free code words stream , and non prefix free code words stream which has all payload of the encoded data except code-word boundaries information , - encrypting the code-word boundaries information without the non prefix free code words stream .
A method of making a flexible light engine having a desired length, comprising: providing a flexible strip including a first and second conductive path ; coupling a string of solid state light sources , comprising a plurality of solid state light sources connected in series, to the first conductive path of the flexible strip ; coupling a voltage balancer to the flexible strip adjacent to a designated cut location , which is located between two serially adjacent solid state light sources of the plurality of solid state light sources ; cutting the flexible strip at the designated cut location to establish the desired length of the flexible light engine ; whereby the flexible light engine comprises a remaining portion of the flexible strip and two or more remaining solid state light sources of the plurality of solid state light sources , the two or more remaining solid state light sources coupled to the remaining portion of the flexible strip ; coupling a constant current power supply to the first and second conductive path of the remaining portion of the flexible strip opposite the designated cut location of said cutting; wherein coupling the voltage balancer comprises coupling of a switch circuit serially connected to the voltage balancer , such that said cutting causes the switch circuit to automatically change its state and therewith to connect the voltage balancer in series with the remaining two or more solid state light sources to the conductive path . providing a flexible strip including a first and second conductive path ; coupling a string of solid state light sources , comprising a plurality of solid state light sources connected in series, to the first conductive path of the flexible strip ; coupling a voltage balancer to the flexible strip adjacent to a designated cut location , which is located between two serially adjacent solid state light sources of the plurality of solid state light sources ; cutting the flexible strip at the designated cut location to establish the desired length of the flexible light engine ; whereby the flexible light engine comprises a remaining portion of the flexible strip and two or more remaining solid state light sources of the plurality of solid state light sources , the two or more remaining solid state light sources coupled to the remaining portion of the flexible strip ; coupling a constant current power supply to the first and second conductive path of the remaining portion of the flexible strip opposite the designated cut location of said cutting; wherein coupling the voltage balancer comprises coupling of a switch circuit serially connected to the voltage balancer , such that said cutting causes the switch circuit to automatically change its state and therewith to connect the voltage balancer in series with the remaining two or more solid state light sources to the conductive path .
Method for controlling the use of a data stream transmitted during a communication that is set up between at least one transmitter device and a recipient terminal , characterized in that in the course of a phase of negotiation of the parameters of the data stream of the communication, the method comprises: - a step of automatic determination (E2) of at least one rule of use by the recipient terminal of the data stream of the communication, according to the recipient terminal and at least one criterion chosen from among a history of communication with the recipient terminal, a link to the recipient terminal, a type of recipient terminal, a type of communication with the recipient terminal, a type of connectivity with the recipient terminal, and/or according to an address or an access network used by the recipient terminal to reach the transmitter device so as to set up the communication; - a step of insertion (E3) of the at least one determined rule of use into a message for negotiation of the parameters of the data stream of the communication, the message being intended to be transmitted to the recipient terminal . - a step of automatic determination (E2) of at least one rule of use by the recipient terminal of the data stream of the communication, according to the recipient terminal and at least one criterion chosen from among a history of communication with the recipient terminal, a link to the recipient terminal, a type of recipient terminal, a type of communication with the recipient terminal, a type of connectivity with the recipient terminal, and/or according to an address or an access network used by the recipient terminal to reach the transmitter device so as to set up the communication; - a step of insertion (E3) of the at least one determined rule of use into a message for negotiation of the parameters of the data stream of the communication, the message being intended to be transmitted to the recipient terminal .
A network management, NM, apparatus to implement a Coverage and Capacity Optimization, CCO, function, the apparatus comprising: means for determining a coverage hole in a Long Term Evolution, LTE, network based on obtained measurement data, wherein the measurement data is associated with coverage areas of one or more evolved universal terrestrial radio access network, E-UTRAN, cells that provide connectivity to the LTE network, wherein the measurement data includes inter-radio access technology, RAT, measurements obtained during inter-RAT handovers of one or more user equipment, UEs , from each E-UTRAN cell to other cells provided by RATs different than E-UTRAN, and wherein the coverage hole is an area with insufficient signal strength to provide reliable connectivity to the LTE network; and means for sending an instruction to alter a service parameter of at least one E-UTRAN cell of the one or more E-UTRAN cells to increase connectivity to the LTE network in the coverage hole . means for determining a coverage hole in a Long Term Evolution, LTE, network based on obtained measurement data, wherein the measurement data is associated with coverage areas of one or more evolved universal terrestrial radio access network, E-UTRAN, cells that provide connectivity to the LTE network, wherein the measurement data includes inter-radio access technology, RAT, measurements obtained during inter-RAT handovers of one or more user equipment, UEs , from each E-UTRAN cell to other cells provided by RATs different than E-UTRAN, and wherein the coverage hole is an area with insufficient signal strength to provide reliable connectivity to the LTE network; and means for sending an instruction to alter a service parameter of at least one E-UTRAN cell of the one or more E-UTRAN cells to increase connectivity to the LTE network in the coverage hole .
A display engine for use with one or more optical waveguides each including an input-coupler and an output-coupler , each of the optical waveguide(s) configured to cause light that is coupled into the optical waveguide by the input-coupler thereof, to travel by way of total internal reflection (TIR) to the output-coupler thereof where the light is coupled out of the waveguide , the display engine comprising: one or more light emitting elements each of which is configured to emit light in response to being driven; an optical subsystem configured to produce a single collimated beam of light from the light emitted by the one or more light emitting elements; one or more image producing MEMS mirrors at least one of which is positioned to reflect the single collimated beam of light produced by the optical subsystem ; one or more image reprojecting MEMS mirrors ; and a controller configured to control the one or more image producing MEMS mirrors and the one or more image reprojecting MEMS mirrors ; wherein the one or more image reprojecting MEMS mirrors is/are controlled and is/are positioned relative to the one or more image producing MEMS mirrors and relative to the input-coupler(s) of the optical waveguide(s) so that a pupil corresponding to a scanned image that the one or more image producing MEMS mirrors project onto one of the one or more image reprojecting MEMS mirrors, is reprojected by the one or more image reprojecting MEMS mirrors onto the input-coupler(s) of the optical waveguide(s) and thereby coupled into the optical waveguide(s) by the input-coupler(s) to reduce a size of the reprojected pupil at the input-coupler(s) to a size smaller than a size of the pupil that is projected onto one of the one or more image reprojecting MEMS mirrors by the one or more image producing MEMS mirrors. one or more light emitting elements each of which is configured to emit light in response to being driven; an optical subsystem configured to produce a single collimated beam of light from the light emitted by the one or more light emitting elements; one or more image producing MEMS mirrors at least one of which is positioned to reflect the single collimated beam of light produced by the optical subsystem ; one or more image reprojecting MEMS mirrors ; and a controller configured to control the one or more image producing MEMS mirrors and the one or more image reprojecting MEMS mirrors ;
A short key generation and use method based on location comprising: at a server, receiving a request for a short key from a first device, the request including location information; at the server, determining whether the location information corresponds to one or more regions; if the location information corresponds to only one region, creating a list of regions adjacent to said one region, defining a set A to include short keys active in said one region and said regions adjacent to said one region or, if the location information corresponds to more than one region, grouping said more than one region into a unified region, and creating a list of regions adjacent to said unified region, defining the set A to include short keys active in said unified region and said regions adjacent to said unified region; creating a set B comprising all short keys in the range between the smallest key value that the server can generate and the next key value following the largest key value in set A, wherein said smallest key value and said next key value are part of set B; creating a set C comprising key values that said set A and said set B do not have in common; selecting the smallest key value in set C as the short key for the first device; and transmitting the short key for the first device to the first device for use as an authentication key to communicate with a second device. at a server, receiving a request for a short key from a first device, the request including location information; at the server, determining whether the location information corresponds to one or more regions; if the location information corresponds to only one region, creating a list of regions adjacent to said one region, defining a set A to include short keys active in said one region and said regions adjacent to said one region or, if the location information corresponds to more than one region, grouping said more than one region into a unified region, and creating a list of regions adjacent to said unified region, defining the set A to include short keys active in said unified region and said regions adjacent to said unified region; creating a set B comprising all short keys in the range between the smallest key value that the server can generate and the next key value following the largest key value in set A, wherein said smallest key value and said next key value are part of set B; creating a set C comprising key values that said set A and said set B do not have in common; selecting the smallest key value in set C as the short key for the first device; and transmitting the short key for the first device to the first device for use as an authentication key to communicate with a second device.
A conveyor joint assembly comprising: a support ledge operably coupled to and extending from a first sealing surface , a first side wall and second side wall operably coupled to opposite ends of the support ledge ; at least one protrusion operably coupled to a second sealing surface , wherein the second sealing surface is configured to engage the support ledge ; the conveyor joint assembly being characterised in that it further comprises receivers in the form of a groove or slot in the first and second side walls or a gap formed between the first and second side walls and the first sealing surface , operably coupled to the first sealing surface and configured to retain a respective one of the at least one protrusions to cause the first sealing surface to engage the second sealing surface . a support ledge operably coupled to and extending from a first sealing surface , a first side wall and second side wall operably coupled to opposite ends of the support ledge ; at least one protrusion operably coupled to a second sealing surface , wherein the second sealing surface is configured to engage the support ledge ; the conveyor joint assembly being characterised in that it further comprises receivers in the form of a groove or slot in the first and second side walls or a gap formed between the first and second side walls and the first sealing surface , operably coupled to the first sealing surface and configured to retain a respective one of the at least one protrusions to cause the first sealing surface to engage the second sealing surface .
A user equipment, UE, operable to communicate in a device to device, D2D, network, having computer circuitry configured to: - communicate, to an evolved packet core, EPC, , a proximity detection request , wherein the proximity detection request includes: - a window parameter, wherein the window parameter includes a date window parameter and/or a location window parameter; - an identification information of a second UE , and - a proximity detection signal indicating whether the proximity detection request is for proximity detection of the second UE or for establishing a D2D connection with the second UE; and - receive, from the EPC , a proximity alert message at a selected date and/or location based on the window parameter. - communicate, to an evolved packet core, EPC, , a proximity detection request , wherein the proximity detection request includes: - a window parameter, wherein the window parameter includes a date window parameter and/or a location window parameter; - an identification information of a second UE , and - a proximity detection signal indicating whether the proximity detection request is for proximity detection of the second UE or for establishing a D2D connection with the second UE; and - a window parameter, wherein the window parameter includes a date window parameter and/or a location window parameter; - an identification information of a second UE , and - a proximity detection signal indicating whether the proximity detection request is for proximity detection of the second UE or for establishing a D2D connection with the second UE; and - receive, from the EPC , a proximity alert message at a selected date and/or location based on the window parameter.
A method, comprising: providing an electrochemical test strip with a mediator system and electrodes; introducing body fluid to the mediator system and in contact with electrodes of the test strip; applying an excitation potential difference of at least 300 mV between the electrodes of the test strip and across the body fluid, determining analyte concentration in the body fluid based on an electrical response to said excitation potential difference; and wherein said applying the excitation potential difference is performed by a meter having a slew rate capability, and wherein the slew rate at which the meter applies the excitation potential difference is slower than the slew rate capability of the meter; and characterized by that the excitation potential difference has a transition time of from 100 μs to less than 5 msec, and the application of the excitation potential difference has a linear ramp waveform. providing an electrochemical test strip with a mediator system and electrodes; introducing body fluid to the mediator system and in contact with electrodes of the test strip; applying an excitation potential difference of at least 300 mV between the electrodes of the test strip and across the body fluid, determining analyte concentration in the body fluid based on an electrical response to said excitation potential difference; and wherein said applying the excitation potential difference is performed by a meter having a slew rate capability, and wherein the slew rate at which the meter applies the excitation potential difference is slower than the slew rate capability of the meter; and characterized by that the excitation potential difference has a transition time of from 100 μs to less than 5 msec, and the application of the excitation potential difference has a linear ramp waveform.
An endoscope handle for an endoscope for visually inspecting inaccessible places, such as human body cavities, the endoscope handle comprising: - a frame comprising bearings ; - a control device comprising a body and trunnions , the trunnions extending from opposite sides of the body along a pivot axis (P), the control device being configured for steering a distal end of the endoscope by pivoting about the pivot axis; and - a first shell part and a second shell part together enclosing a cavity accommodating the frame and at least partly the control device therein, the shell parts forming an exterior surface shaped to form an ergonomic grip for an operator, and the shell parts comprising a first column extending along a first column axis (C) and a second column extending along a second column axis (C'), the first and second columns extend into the cavity from opposite sides, wherein the trunnions of the control device and preferably the columns are supported by the bearings of the frame so that the control device is rotatable about the pivot axis, characterized in that the shell parts and the frame each are formed as separate components and in that the first and second columns of the shell parts are arranged to retain the trunnions of the control device between the first and second columns of the shell parts. - a frame comprising bearings ; - a control device comprising a body and trunnions , the trunnions extending from opposite sides of the body along a pivot axis (P), the control device being configured for steering a distal end of the endoscope by pivoting about the pivot axis; and - a first shell part and a second shell part together enclosing a cavity accommodating the frame and at least partly the control device therein, the shell parts forming an exterior surface shaped to form an ergonomic grip for an operator, and the shell parts comprising a first column extending along a first column axis (C) and a second column extending along a second column axis (C'), the first and second columns extend into the cavity from opposite sides,
A composite window consisting of at least one window frame profile and at least one window sash profile having glazing , wherein the window frame profile , in the mounted condition, has a stop on the reveal, breast and lintel with a joint between the window frame profile and the building , the window frame profile has an externally and laterally circumferential molded body and is connected thereto, wherein the molded body , when the composite window is inserted, covers the joint as well as parts of the building and parts of the composite window in a planar manner from outside the building , the molded body has a connection to the window frame profile and can at least be connected to the reveal of the window opening of the building , characterized in that in order to fix the window frame profile to the building in the region of the breast, a T-part is connected to the molded body, which T-part has two connection bores : one for the window frame profile and one for the reveal. the window frame profile has an externally and laterally circumferential molded body and is connected thereto, wherein the molded body , when the composite window is inserted, covers the joint as well as parts of the building and parts of the composite window in a planar manner from outside the building , the molded body has a connection to the window frame profile and can at least be connected to the reveal of the window opening of the building , characterized in that in order to fix the window frame profile to the building in the region of the breast, a T-part is connected to the molded body, which T-part has two connection bores : one for the window frame profile and one for the reveal.