mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: generating a set of machine dependent intermediate language files - MDIL files - for an application by compiling preliminary code of the application into machine dependent intermediate language code - MDIL code - the MDIL code including machine-dependent instructions based on a processor instruction set, and unresolved pseudo instructions with symbolic references which are to be resolved to generate native instructions through binding; signing respective files of the set of MDIL files to indicate the respective files are trusted as being from an online marketplace ; generating a binding list that identifies the respective files of the set of MDIL files that are to be bound to generate a native image for the application, and a listing of a set of one or more libraries that are to be bound to the MDIL files; generating (410; 540) a device-type-specific installation package for the application comprising the set of MDIL files for the application and the binding list; and providing , at the online marketplace, the installation package for downloading. generating a set of machine dependent intermediate language files - MDIL files - for an application by compiling preliminary code of the application into machine dependent intermediate language code - MDIL code - the MDIL code including machine-dependent instructions based on a processor instruction set, and unresolved pseudo instructions with symbolic references which are to be resolved to generate native instructions through binding; signing respective files of the set of MDIL files to indicate the respective files are trusted as being from an online marketplace ; generating a binding list that identifies the respective files of the set of MDIL files that are to be bound to generate a native image for the application, and a listing of a set of one or more libraries that are to be bound to the MDIL files; generating (410; 540) a device-type-specific installation package for the application comprising the set of MDIL files for the application and the binding list; and providing , at the online marketplace, the installation package for downloading.
An electroacoustic transducer comprising an electromechanical transducer , a housing surrounding the electromechanical transducer and a vibratory component having a side wall , a generally planar vibratory top wall extending inwardly from the rim of the side wall further from its base to close the upper end of the side wall so that there is a corner of the vibratory component where the top wall meets the side wall , and an outwardly directed portion at the base of the side wall , which outwardly directed portion is mounted on the electromechanical transducer , characterised in that the side wall of the vibratory component is generally cylindrical, and in that an inwardly directed lip of the housing abuts the said corner of the vibratory component .
Device for connecting a first construction element and a second construction element , comprising a first connecting element which is connected to the first construction element and which comprises a connecting piece , a second connecting element which is connected to the second construction element and which comprises a recess a transverse dimension of which decreases along at least a portion of the length thereof in an insertion direction (A), said recess having an entry side where the transverse dimension is greatest and an exit side where the transverse dimension is smallest, the device furthermore comprises a coupling element with a cavity which is configured to accommodate at least a portion of the connecting piece , characterized in that the connecting piece is configured to be inserted on the exit side in a direction opposite to the insertion direction (A), and in that the coupling element is configured to be inserted into the recess in the insertion direction (A) up to a secure limit position in which it adjoins the walls of the recess , in such a way that at least a portion of the connecting piece is accommodated in the cavity of the coupling element .
A method of copying content in a computing device comprising a proximity sensor and a touch sensitive display , the method comprising: detecting a content copy start gesture of an input tool while an interface of an application is displayed on the touch sensitive display of the computing device ; and providing the application in a content selectable state in response to the detecting of the content copy start gesture, wherein, in the content selectable state, content of the application is selectable; detecting, using the proximity sensor , a gesture of the input tool which is performed within a sensing range of the proximity sensor , to select content to be copied that is displayed on the touch sensitive display of the computing device ; the method being characterised in that the method further comprises; while the content is selected, detecting, using the proximity sensor , a removal of the input tool from within the sensing range of the proximity sensor , and the detection of the removal of the input tool from within the sensing range of the proximity sensor , triggering an operation of automatically copying the selected content to a clipboard; wherein when the content is an image, the gesture of the input tool comprises moving the input tool along an outline of the content to be selected. detecting a content copy start gesture of an input tool while an interface of an application is displayed on the touch sensitive display of the computing device ; and providing the application in a content selectable state in response to the detecting of the content copy start gesture, wherein, in the content selectable state, content of the application is selectable; detecting, using the proximity sensor , a gesture of the input tool which is performed within a sensing range of the proximity sensor , to select content to be copied that is displayed on the touch sensitive display of the computing device ; the method being characterised in that the method further comprises; while the content is selected, detecting, using the proximity sensor , a removal of the input tool from within the sensing range of the proximity sensor , and the detection of the removal of the input tool from within the sensing range of the proximity sensor , triggering an operation of automatically copying the selected content to a clipboard; wherein when the content is an image, the gesture of the input tool comprises moving the input tool along an outline of the content to be selected.
A washing method for washing a metal tube , the washing method comprising: a storing step of storing a washing liquid in a washing tank ; a soaking step of soaking the metal tube in the washing liquid in the washing tank while generating fine bubbles from a gas dissolved in the washing liquid in the washing tank and radiating ultrasonic waves into the washing liquid in the washing tank ; a supplying step of newly supplying the washing liquid to the washing tank ; and a discharging step of, when a liquid surface of the washing liquid in the washing tank exceeds a predetermined reference liquid surface level (S), discharging the washing liquid from the washing tank by an amount corresponding to the excess over the predetermined reference liquid surface level (S), wherein the supplying step is executed in parallel with the soaking step; and in the supplying step, an amount of supply per minute of the washing liquid to the washing tank is within a range of 0.17% to 1.25% of an amount of the washing liquid stored in the washing tank . a storing step of storing a washing liquid in a washing tank ; a soaking step of soaking the metal tube in the washing liquid in the washing tank while generating fine bubbles from a gas dissolved in the washing liquid in the washing tank and radiating ultrasonic waves into the washing liquid in the washing tank ; a supplying step of newly supplying the washing liquid to the washing tank ; and a discharging step of, when a liquid surface of the washing liquid in the washing tank exceeds a predetermined reference liquid surface level (S), discharging the washing liquid from the washing tank by an amount corresponding to the excess over the predetermined reference liquid surface level (S), wherein the supplying step is executed in parallel with the soaking step; and in the supplying step, an amount of supply per minute of the washing liquid to the washing tank is within a range of 0.17% to 1.25% of an amount of the washing liquid stored in the washing tank .
A system for psychoacoustic evaluation of tinnitus for a patient, the system comprising: a sound generation device including a processing circuit configured to synthesize a test sound and automatically adjust an intensity and a spectral level of the test sound, the processing circuit including: an audiogram input configured to receive an audiogram of the patient; a test parameter input configured to receive test-sound parameters; a power spectrum analyzer configured to determine a power spectrum of the test sound using the audiogram of the patient, the test-sound parameters, a tinnitus-spectrum model including a nonlinear transformation of the patient's absolute pure-tone hearing thresholds, and a psychoacoustic loudness model simulating the patient's auditory system from ears to brain to estimate loudness of a sound as perceived by the patient; and a test sound synthesizer configured to produce an output sound signal representing the test sound based on the power spectrum, wherein the processing circuit is configured to automatically adjust the intensity and the spectral level of the test sound to provide an approximately constant loudness as perceived by the patient across various frequencies to be evaluated. an audiogram input configured to receive an audiogram of the patient; a test parameter input configured to receive test-sound parameters; a power spectrum analyzer configured to determine a power spectrum of the test sound using the audiogram of the patient, the test-sound parameters, a tinnitus-spectrum model including a nonlinear transformation of the patient's absolute pure-tone hearing thresholds, and a psychoacoustic loudness model simulating the patient's auditory system from ears to brain to estimate loudness of a sound as perceived by the patient; and a test sound synthesizer configured to produce an output sound signal representing the test sound based on the power spectrum, wherein the processing circuit is configured to automatically adjust the intensity and the spectral level of the test sound to provide an approximately constant loudness as perceived by the patient across various frequencies to be evaluated.
A bone material dispensing apparatus (200; 300; 400; 500), comprising: a tray having a proximal end , a distal end , and a bone material dispensing surface disposed between the proximal end and the distal end of the tray ; and a foldable container (70; 100; 120) configured to removably engage the proximal end of the tray , the foldable container (70; 100; 120) being movable in a folded configuration and an unfolded configuration about a fold line (54; 108) in the foldable container (70; 100; 120), the foldable container having an upper compartment and a lower compartment , the lower compartment of the foldable container configured to receive a bone material from the dispensing surface of the tray when the foldable container (70; 100; 120) removably engages the proximal end of the tray in the unfolded configuration and when the foldable container (70; 100; 120) is in the folded configuration, the upper compartment is configured to enclose the bone material in the lower compartment , wherein the dispensing surface comprises a plurality of ridges extending from the distal end to a region adjacent the proximal end , each of the plurality of ridges having a side wall and each of the plurality of ridges spaced a distance apart from each other such that a measured amount of bone material can be placed between each side wall of at least two of the plurality of ridges for measured dispensing of the bone material into the foldable container (70; 100; 120). a tray having a proximal end , a distal end , and a bone material dispensing surface disposed between the proximal end and the distal end of the tray ; and a foldable container (70; 100; 120) configured to removably engage the proximal end of the tray , the foldable container (70; 100; 120) being movable in a folded configuration and an unfolded configuration about a fold line (54; 108) in the foldable container (70; 100; 120), the foldable container having an upper compartment and a lower compartment , the lower compartment of the foldable container configured to receive a bone material from the dispensing surface of the tray when the foldable container (70; 100; 120) removably engages the proximal end of the tray in the unfolded configuration and when the foldable container (70; 100; 120) is in the folded configuration, the upper compartment is configured to enclose the bone material in the lower compartment , wherein the dispensing surface comprises a plurality of ridges extending from the distal end to a region adjacent the proximal end , each of the plurality of ridges having a side wall and each of the plurality of ridges spaced a distance apart from each other such that a measured amount of bone material can be placed between each side wall of at least two of the plurality of ridges for measured dispensing of the bone material into the foldable container (70; 100; 120).
Method for operating an at least partially autonomously moving, mobile medical unit , which has at least one sensing device for detecting possible collision objects in the environment of the unit and a control device , which evaluates the sensing data of the sensing device and which is designed to at least partially autonomously operate the movement of the unit while performing a collision protection function, wherein a possible collision object described by the sensing data is classified by evaluating the sensing data and the classification is taken into consideration in the autonomous operation of the unit , wherein the control device adapts at least one operating parameter relating to the behaviour towards the possible collision object in the context of autonomous movement operation for possible collision partners of at least one selected object class, wherein in a selected object class describing objects intended for interaction with the mobile medical unit , the collision protection function and/or the calculation of the trajectory to be travelled which permits the intended interaction is adapted, characterised in that for objects intended for interaction with the mobile medical unit , a contact, in particular, for performance of the interaction and/or with a permissible force of interaction used as an operating parameter, is permitted.
A frequency hopping communication method performed by a terminal, the method comprising: • receiving a plurality of virtual channel indexes from a base station (step 201); • selecting a virtual channel index from the plurality of virtual channel indexes (step 202); • determining, based on the virtual channel index, physical channels corresponding to the virtual channel index on a plurality of subframes, wherein at least two of the physical channels corresponding to the virtual channel index on the plurality of subframes are different (step 203); and • communicating with the base station using a physical channel corresponding to the virtual channel index on at least one of the plurality of subframes (step 205). • receiving a plurality of virtual channel indexes from a base station (step 201); • selecting a virtual channel index from the plurality of virtual channel indexes (step 202); • determining, based on the virtual channel index, physical channels corresponding to the virtual channel index on a plurality of subframes, wherein at least two of the physical channels corresponding to the virtual channel index on the plurality of subframes are different (step 203); and • communicating with the base station using a physical channel corresponding to the virtual channel index on at least one of the plurality of subframes (step 205).
A compound which is selected from: and pharmaceutically acceptable salts thereof, optionally containing a chelated nonradioactive or radioactive cation and wherein the fluorine atom is optionally 18 F.
A process of producing a surface-modified non-metallic dental article, the process comprising the steps of providing a non-metallic dental article having an outer and an inner surface , applying a curable composition on the inner surface of the dental article , applying particles on the curable composition located on the inner surface of the dental article to achieve a surface roughness Ra of 1 to 30 μm, curing the applied curable composition , the chemical composition of the curable composition being different from the chemical composition of the non-metallic dental article . providing a non-metallic dental article having an outer and an inner surface , applying a curable composition on the inner surface of the dental article , applying particles on the curable composition located on the inner surface of the dental article to achieve a surface roughness Ra of 1 to 30 μm, curing the applied curable composition ,
A capnograph device comprising: a carbon dioxide measurement component configured to measure respiratory carbon dioxide level; and an electronic processor programmed to: generate a capnogram signal comprising respiratory carbon dioxide level measured by the carbon dioxide measurement component as a function of time; and compute an end-tidal carbon dioxide, etCO2, signal as a function of time by operations including performing a sliding window maximum operation on the capnograph signal wherein the sliding window maximum operation employs a sliding time window ( W ) encompassing several breaths; characterized in that the electronic processor is programmed to compute the end-tidal carbon dioxide, etCO2, signal as the maximum value of the capnograph signal within the sliding time window (W). a carbon dioxide measurement component configured to measure respiratory carbon dioxide level; and an electronic processor programmed to: generate a capnogram signal comprising respiratory carbon dioxide level measured by the carbon dioxide measurement component as a function of time; and compute an end-tidal carbon dioxide, etCO2, signal as a function of time by operations including performing a sliding window maximum operation on the capnograph signal wherein the sliding window maximum operation employs a sliding time window ( W ) encompassing several breaths; characterized in that the electronic processor is programmed to compute the end-tidal carbon dioxide, etCO2, signal as the maximum value of the capnograph signal within the sliding time window (W). generate a capnogram signal comprising respiratory carbon dioxide level measured by the carbon dioxide measurement component as a function of time; and compute an end-tidal carbon dioxide, etCO2, signal as a function of time by operations including performing a sliding window maximum operation on the capnograph signal wherein the sliding window maximum operation employs a sliding time window ( W ) encompassing several breaths; characterized in that the electronic processor is programmed to compute the end-tidal carbon dioxide, etCO2, signal as the maximum value of the capnograph signal within the sliding time window (W).
Assembly device , intended to be fixed to one end of a handle for assembling said handle with a shovel , said shovel consisting of a container and a handle , said container having a bottom and presenting a rim which rises from the bottom over a portion of its periphery, and the handle being arranged on the rim of the container , opposite the portion of the periphery which is devoid of rim , comprising : - first assembly means , intended to cooperate with second assembly means arranged on the handle of the shovel to form said assembly, - first guide means , intended to cooperate with second guide means arranged on the handle of the shovel to guide the assembly of the shovel and the handle , the assembly device having a base comprising a body , said device being characterized in that it comprises a first active portion and a second active portion arranged along a first axis (X) on either side of the body , the first active portion having substantially the shape of a truncated cylinder extending along a second axis (Y) perpendicular to the first axis (X), and in that the base is arranged centrally between a first hook-shaped extension extending from the first active portion along the first axis (X), a second extension extending from the second active portion along the first axis (X), and an appendix extending from the base along a third axis (Z) which is perpendicular to the first axis (X) and to the second axis (Y). - first assembly means , intended to cooperate with second assembly means arranged on the handle of the shovel to form said assembly, - first guide means , intended to cooperate with second guide means arranged on the handle of the shovel to guide the assembly of the shovel and the handle , the assembly device having a base comprising a body , said device being characterized in that it comprises a first active portion and a second active portion arranged along a first axis (X) on either side of the body , the first active portion having substantially the shape of a truncated cylinder extending along a second axis (Y) perpendicular to the first axis (X), and in that the base is arranged centrally between a first hook-shaped extension extending from the first active portion along the first axis (X), a second extension extending from the second active portion along the first axis (X), and an appendix extending from the base along a third axis (Z) which is perpendicular to the first axis (X) and to the second axis (Y).
A method comprising: determining that a first plurality of network devices comprise Bit Index Explicit Replication ,BIER, edge routers; creating, in response to determining that the first plurality of network devices comprise BIER edge routers, a Targeted Label Distribution Protocol ,T-LDP, session between a first one of the first plurality of network devices and a second one of the first plurality of network devices; advertising, by the second one of the first plurality of network devices over the T-LDP session, an address of a peer device connected to the second one of the first plurality of network devices; and placing, by the first one of the first plurality of network devices, an entry in a proxy database, wherein the entry indicates a connection between the peer device and the second one of the first plurality of network devices. determining that a first plurality of network devices comprise Bit Index Explicit Replication ,BIER, edge routers; creating, in response to determining that the first plurality of network devices comprise BIER edge routers, a Targeted Label Distribution Protocol ,T-LDP, session between a first one of the first plurality of network devices and a second one of the first plurality of network devices; advertising, by the second one of the first plurality of network devices over the T-LDP session, an address of a peer device connected to the second one of the first plurality of network devices; and placing, by the first one of the first plurality of network devices, an entry in a proxy database, wherein the entry indicates a connection between the peer device and the second one of the first plurality of network devices.