mhurhangee/ep-ind-claims huggingface dataset:
A mounting system, comprising: a battery container having a charging terminal and configured to store a secondary battery; an electronic device having a power-supply terminal and configured to attach the battery container thereto detachably; and a mounting device having an external power-supply terminal to supply external power and configured to mount the battery container or the electronic device thereon; characterized in that the mounting system further comprises a joint mechanism configured to lock the electronic device and the mounting device when the battery container is not attached to the electronic device; and the joint mechanism does not lock the electronic device and the mounting device when the battery container is attached to the electronic device and mounted on the mounting device. a battery container having a charging terminal and configured to store a secondary battery; an electronic device having a power-supply terminal and configured to attach the battery container thereto detachably; and a mounting device having an external power-supply terminal to supply external power and configured to mount the battery container or the electronic device thereon; characterized in that the mounting system further comprises a joint mechanism configured to lock the electronic device and the mounting device when the battery container is not attached to the electronic device; and the joint mechanism does not lock the electronic device and the mounting device when the battery container is attached to the electronic device and mounted on the mounting device.
A computer program for controlling an eye surgical laser for the separation of a volume body with predefined interfaces (14, 16) from a human or animal cornea, comprising commands, which cause a treatment device to control the laser by means of a control device such that it emits pulsed laser pulses in a predefined pattern into the cornea, wherein the interfaces (14, 16) of the volume body to be separated are defined by the predefined pattern and the interfaces (14, 16) are generated by means of photodisruption, wherein the interfaces (14, 16) of the volume body are determined such that a pathological and/or unnaturally altered area within the stroma of the cornea is enclosed, wherein the laser is controlled such that at least one incision is generated in the cornea at a predefined angle and with a predefined geometry, wherein the incision intersects an interface (14, 16) of the volume body and is formed up to a surface of the cornea, such that the volume body is removable from the cornea via the incision, and characterized in that the surface of the cornea is a surface of the eye artificially generated by means of ablation or displacement of an uppermost corneal layer and/or by means of production of a corneal flap. wherein the laser is controlled such that at least one incision is generated in the cornea at a predefined angle and with a predefined geometry, wherein the incision intersects an interface (14, 16) of the volume body and is formed up to a surface of the cornea, such that the volume body is removable from the cornea via the incision, and characterized in that the surface of the cornea is a surface of the eye artificially generated by means of ablation or displacement of an uppermost corneal layer and/or by means of production of a corneal flap.
A testing device comprising: an audio input mechanism, at least one test file, wherein each test file can be used to produce a characteristic signal, and an emulated media gateway having an emulated media server providing functionality similar to a backend media server with which a media device is configured to be associated, wherein the testing device is configured to: by means of the emulated media gateway, send a command to the media device under test, the command mimicking access to media content at the media device, to playback the test file, and by means of the audio input mechanism, determining that the test file is being played, as recognized according to its characteristic signal. an audio input mechanism, at least one test file, wherein each test file can be used to produce a characteristic signal, and an emulated media gateway having an emulated media server providing functionality similar to a backend media server with which a media device is configured to be associated, wherein the testing device is configured to: by means of the emulated media gateway, send a command to the media device under test, the command mimicking access to media content at the media device, to playback the test file, and by means of the audio input mechanism, determining that the test file is being played, as recognized according to its characteristic signal. by means of the emulated media gateway, send a command to the media device under test, the command mimicking access to media content at the media device, to playback the test file, and by means of the audio input mechanism, determining that the test file is being played, as recognized according to its characteristic signal.
A surgical stapling instrument that compresses tissue and applies staples, comprising: a clamping actuator for applying torque to an approximating mechanism of the surgical stapling instrument to compress tissue; and a torque limiting mechanism comprising: a driven member engaged with the approximating mechanism of the surgical stapling instrument, the driven member having a driven surface (80,112,156); a driving member having a driving surface (84,114,158) engaged with the driven surface (80,112,156) of the driven member and connected to the clamping actuator of the instrument, wherein the driving member is rotatable relative to the driven member; and a spring engaged with the driving member, whereby the driving member is spring biased into engagement with the driven member at a predetermined engagement pressure, wherein the driving surface (84,114,158) of the driving member slips relative to the driven surface (80,112,156) of the driven member when a predetermined maximum torque dependent on said predetermined engagement pressure and corresponding to a predetermined maximum compression force on the tissue is reached; and characterized in that the surgical stapling instrument further comprises a torque control having a member that adjusts the predetermined engagement pressure applied by the driving member to the driven member, whereby a user can adjust the maximum compression force to be applied to the tissue. a clamping actuator for applying torque to an approximating mechanism of the surgical stapling instrument to compress tissue; and a torque limiting mechanism comprising: a driven member engaged with the approximating mechanism of the surgical stapling instrument, the driven member having a driven surface (80,112,156); a driving member having a driving surface (84,114,158) engaged with the driven surface (80,112,156) of the driven member and connected to the clamping actuator of the instrument, wherein the driving member is rotatable relative to the driven member; and a spring engaged with the driving member, whereby the driving member is spring biased into engagement with the driven member at a predetermined engagement pressure, a driven member engaged with the approximating mechanism of the surgical stapling instrument, the driven member having a driven surface (80,112,156); a driving member having a driving surface (84,114,158) engaged with the driven surface (80,112,156) of the driven member and connected to the clamping actuator of the instrument, wherein the driving member is rotatable relative to the driven member; and a spring engaged with the driving member, whereby the driving member is spring biased into engagement with the driven member at a predetermined engagement pressure,
Racket for ball games, particularly tennis, comprising a frame delimiting a strung surface forming a mesh, a handle extending the frame outside the mesh, characterised in that the frame is formed, at least in a peripheral region, from a bent lamination of at least two layers of different materials placed adjacent to each other, the lamination being shaped so that, in a closed cross-section of said peripheral region, considered perpendicular to the neutral fibre of the frame, the centre of mass of said cross-section is offset towards the mesh relative to the centre of area of said cross-section, by a value of at least 5% of the width of said cross-section, said width being defined by the intersection of the cross-section with the plane of the mesh.
An antimicrobial releasing agent comprising: i. a carrier material comprising an acidified silica gel, the carrier material having a pH of from 1.4 to 3.1 and being 50 to 90% by weight with respect to the total weight of the antimicrobial releasing agent; ii. an active compound comprising a metal chlorite the active compound being 5 to 30% by weight with respect to the total weight of the antimicrobial releasing agent; and iii. a trigger comprising a hygroscopic compound, the trigger being 2 to 20% by weight with respect to the total weight of the antimicrobial releasing agent. i. a carrier material comprising an acidified silica gel, the carrier material having a pH of from 1.4 to 3.1 and being 50 to 90% by weight with respect to the total weight of the antimicrobial releasing agent; ii. an active compound comprising a metal chlorite the active compound being 5 to 30% by weight with respect to the total weight of the antimicrobial releasing agent; and iii. a trigger comprising a hygroscopic compound, the trigger being 2 to 20% by weight with respect to the total weight of the antimicrobial releasing agent.
Pipe connection, comprising a ball joint having shell parts (3, 4), pipe connection means (20, 21) at the ends of the shell parts (3, 4) which face away from each other and which are to be connected to a respective pipe section, which shell parts (3, 4) surround one another in a contacting manner, each define a respective longitudinal centre line and are rotatable in relation to one another between an aligned position, in which the longitudinal centre lines coincide, and a rotated position, in which the longitudinal centre lines form an angle with one another which differs from zero, wherein the shell parts (3, 4) together enclose an axial passage which extends between the ends of the shell parts (3, 4), wherein the outermost shell part comprises shell part halves (11, 23) which enclose the innermost shell part a sealing element between the outermost shell part and the innermost shell part, and a lining which extends between the outermost shell part and the corresponding pipe connection means, wherein the contacting surfaces (7; 5, 12) of the innermost shell part and of the outermost shell part are spherical, wherein the lining has a shape closely following the path of the innermost shell part while this is being rotated upon adjusting the ball joint, characterized in that said inner lining surface and said outer surface lie entirely free in relation to one another, wherein a flow guide is provided in the innermost shell part, the flow guide extending beyond the end of the inner shell part which adjoins the lining, and having a nose end lying close up to the surface in the extreme rotated positions of the innermost shell part.
A belt power transmission apparatus comprising a V-ribbed belt and a pulley with a V-rib groove portion capable of fitting to a V-rib portion of the V-ribbed belt, the V-ribbed belt comprising: a plurality of V-rib portions extending along a longitudinal direction of the belt and in parallel with one another; and a compression rubber layer comprising a frictional power transmission face at least a part of which can come into contact with the V-rib groove portion of the pulley, wherein the frictional power transmission face of the compression rubber layer is formed from a vulcanizate of a rubber composition containing a rubber component and a noise suppression improver, wherein the pulley includes a small-diameter pulley having an outer diameter of 65 mm or smaller, a difference (Rp - Rb) between a curvature radius Rp of a rib top end of the small-diameter pulley and a curvature radius Rb of a rib bottom portion of the V-ribbed belt is -0.08 to 0.08 mm, and a difference α - β between a V-rib angle α of the V-rib portion of the V-ribbed belt and a V-rib groove angle β of the small-diameter pulley is -3° to 3°. wherein the frictional power transmission face of the compression rubber layer is formed from a vulcanizate of a rubber composition containing a rubber component and a noise suppression improver, wherein the pulley includes a small-diameter pulley having an outer diameter of 65 mm or smaller, a difference (Rp - Rb) between a curvature radius Rp of a rib top end of the small-diameter pulley and a curvature radius Rb of a rib bottom portion of the V-ribbed belt is -0.08 to 0.08 mm, and a difference α - β between a V-rib angle α of the V-rib portion of the V-ribbed belt and a V-rib groove angle β of the small-diameter pulley is -3° to 3°.
A nuclear spin hyperpolarization method by triplet DNP, comprising: a light irradiation step of irradiating a sample, placed in a space where a uniform static magnetic field is formed, with light; and a microwave irradiation step, following said light irradiation step, of irradiating said sample with a microwave while applying a sweeping magnetic field on said sample; wherein said sample includes a solid state benzoic acid derivative doped with a pentacene derivative; and nuclear spins included in said benzoic acid derivative are hyperpolarized by said light irradiation step and said microwave irradiation step; said method further comprising a dissolving step, conducted after repeating said light irradiation step and said microwave irradiation step, of dissolving the benzoic acid derivative in said sample to generate a solution. a light irradiation step of irradiating a sample, placed in a space where a uniform static magnetic field is formed, with light; and a microwave irradiation step, following said light irradiation step, of irradiating said sample with a microwave while applying a sweeping magnetic field on said sample; wherein said sample includes a solid state benzoic acid derivative doped with a pentacene derivative; and nuclear spins included in said benzoic acid derivative are hyperpolarized by said light irradiation step and said microwave irradiation step; said method further comprising a dissolving step, conducted after repeating said light irradiation step and said microwave irradiation step, of dissolving the benzoic acid derivative in said sample to generate a solution.
Electrical apparatus of the modular type for mounting on a set of conducting bars of an electrical installation, in particular a distribution panel, comprising a fastening surface on the set of bars provided with at least two devices (3 and 4) for fastening and supporting on said bars formed by insertion housings of said bars, one of the fastening and supporting devices being provided with a contact means in the form of a claw mounted in a projecting and pivotable manner in the housing forming the fastening and supporting device, which adjusts automatically to different bar thicknesses and clamping a corresponding bar in a position of use, the claw being formed either by a bent lever guided in a pivotable manner in the housing of the apparatus and charged by a restoring spring which holds it in a clamping position of the bars or by lamella spring or a wire spring extending inside the insertion housing forming the fastening and support device, characterised in that the handle is connected electrically to the electric circuit of the apparatus.
Verification method for an optoelectronic measuring device, the device comprising a graduated scale with a plurality of marks distributed one after another in a measuring direction and defining different code sequences, and a read head facing the graduated scale which is movable with respect to said graduated scale in the measuring direction and comprises at least one detection device, the method verifying if the arrangement between the read head and the graduated scale of the device is the required arrangement, characterized in that the method comprises the steps of - emitting a first light beam towards the graduated scale with a first light emitter of the read head and determining the absolute position of the read head depending on the light received by the detection device after said first light beam is reflected off, or goes through, the graduated scale, - subsequently emitting a second light beam towards the graduated scale with a second light emitter of the read head that is spaced from the first light emitter in the measuring direction, and determining the absolute position of the read head depending on the light received by the detection device after said second light beam is reflected off, or goes through, the graduated scale, - comparing both determined absolute positions, and - determining if the determined absolute positions are correct depending on said comparison. - emitting a first light beam towards the graduated scale with a first light emitter of the read head and determining the absolute position of the read head depending on the light received by the detection device after said first light beam is reflected off, or goes through, the graduated scale, - subsequently emitting a second light beam towards the graduated scale with a second light emitter of the read head that is spaced from the first light emitter in the measuring direction, and determining the absolute position of the read head depending on the light received by the detection device after said second light beam is reflected off, or goes through, the graduated scale, - comparing both determined absolute positions, and - determining if the determined absolute positions are correct depending on said comparison.
An information processing apparatus configured to execute an application including a plurality of user interfaces displaying information corresponding to a plurality of edit modes, the information processing apparatus comprising: a management means configured to store and manage information about controls arranged in each of the plurality of user interfaces displayed on a display; an acquisition means configured to acquire an edit mode selected when customization of the plurality of user interfaces is instructed, and acquire from the management means control information about controls executable in the acquired edit mode, wherein the acquired control information includes information about controls executable only in the acquired edit mode and information about shared controls executable in a plurality of edit modes including the acquired edit mode; and an editing means configured to display a screen for customizing the plurality of user interfaces, and receive an instruction to edit the plurality of user interfaces via the displayed screen, wherein the displayed screen includes a first list of the control information acquired by the acquisition means, a second list of the plurality of user interfaces and a selected mode corresponding to the acquired edit mode, and wherein, in a case where the selected mode is changed by a user instruction on the displayed screen, the editing means changes the first list to a list of control information about controls executable in the changed mode. a management means configured to store and manage information about controls arranged in each of the plurality of user interfaces displayed on a display; an acquisition means configured to acquire an edit mode selected when customization of the plurality of user interfaces is instructed, and acquire from the management means control information about controls executable in the acquired edit mode, wherein the acquired control information includes information about controls executable only in the acquired edit mode and information about shared controls executable in a plurality of edit modes including the acquired edit mode; and an editing means configured to display a screen for customizing the plurality of user interfaces, and receive an instruction to edit the plurality of user interfaces via the displayed screen, wherein the displayed screen includes a first list of the control information acquired by the acquisition means, a second list of the plurality of user interfaces and a selected mode corresponding to the acquired edit mode, and wherein, in a case where the selected mode is changed by a user instruction on the displayed screen, the editing means changes the first list to a list of control information about controls executable in the changed mode.
A heat exchanger comprising: an outer shell enclosing an inner chamber and extending between a first inlet and a first outlet, with said chamber receiving a separating wall, said shell extending between axial ends, said separating wall extending generally along a helix, with said helix being defined with said separating wall moving in a continuous manner along a first axial direction and with a circumferential component between said first inlet and said first outlet; a plurality of tubes, said separating wall having a plurality of openings, and said plurality of tubes extending through said openings in said wall and generally along a helix, and said plurality of tubes extending from a second inlet and a second outlet, with the helix defined extending along the first axial direction and with a component in a circumferential direction; end walls within said outer shell at said second inlet and said second outlet, wherein said end walls have holes, wherein said tubes extend to said holes to communicate a fluid to end chambers defined outward of said end walls; characterised by said tubes having a straight portion extending from said holes, and leading into said helix and to a second straight portion, wherein the straight portions extend to holes in the end walls. an outer shell enclosing an inner chamber and extending between a first inlet and a first outlet, with said chamber receiving a separating wall, said shell extending between axial ends, said separating wall extending generally along a helix, with said helix being defined with said separating wall moving in a continuous manner along a first axial direction and with a circumferential component between said first inlet and said first outlet; a plurality of tubes, said separating wall having a plurality of openings, and said plurality of tubes extending through said openings in said wall and generally along a helix, and said plurality of tubes extending from a second inlet and a second outlet, with the helix defined extending along the first axial direction and with a component in a circumferential direction; end walls within said outer shell at said second inlet and said second outlet, wherein said end walls have holes, wherein said tubes extend to said holes to communicate a fluid to end chambers defined outward of said end walls; characterised by said tubes having a straight portion extending from said holes, and leading into said helix and to a second straight portion, wherein the straight portions extend to holes in the end walls.
Cucumis sativus plant comprising in its genome an impaired powdery mildew resistance conferring gene the amino acid sequence encoded by said resistance conferring gene is shown in SEQ ID No. 2; wherein - said impairment is one or more mutations in said gene resulting in the absence of a protein expression product; or - said impairment is one or more mutations in said gene resulting in a non-functional protein expression product; and wherein said impairment provides powdery mildew resistance and wherein said Cucumis sativus plant is not exclusively obtained by an essentially biological process. - said impairment is one or more mutations in said gene resulting in the absence of a protein expression product; or - said impairment is one or more mutations in said gene resulting in a non-functional protein expression product; and