mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery pack comprising: a frame arranged to surround a periphery of a unit cell comprising a rechargeable battery; a protection circuit module electrically connected to the unit cell and in the frame; and a first case and a second case respectively arranged to cover top and bottom surfaces of the unit cell, the first case and the second case arranged to be respectively coupled to opposite upper and lower portions of sides of the frame to accommodate the unit cell and the protection circuit module; wherein the side of the frame has respective coupling grooves (26, 27) in the upper and lower portions, wherein the coupling grooves (26, 27) are alternately arranged so that a coupling groove (26, 27) is located on the upper portion of the side of the frame, and an adjacent coupling groove (26, 27) is located on the lower portion of the side of the frame, and wherein the first and second cases respectively comprise coupling protrusions (414, 424), the coupling protrusions of each case being alternately coupled to the coupling grooves (26, 27), wherein the side of the frame has respective insertion grooves (24, 25) continuously extending along the upper and lower portions thereof, configured for respective insertion of outer edges of the first and second cases, and open to the coupling grooves, and wherein the coupling grooves extend from the respective insertion grooves to the outside of the frame in a direction perpendicular to the height of the frame. a frame arranged to surround a periphery of a unit cell comprising a rechargeable battery; a protection circuit module electrically connected to the unit cell and in the frame; and a first case and a second case respectively arranged to cover top and bottom surfaces of the unit cell, the first case and the second case arranged to be respectively coupled to opposite upper and lower portions of sides of the frame to accommodate the unit cell and the protection circuit module; wherein the side of the frame has respective coupling grooves (26, 27) in the upper and lower portions, wherein the coupling grooves (26, 27) are alternately arranged so that a coupling groove (26, 27) is located on the upper portion of the side of the frame, and an adjacent coupling groove (26, 27) is located on the lower portion of the side of the frame, and wherein the first and second cases respectively comprise coupling protrusions (414, 424), the coupling protrusions of each case being alternately coupled to the coupling grooves (26, 27), wherein the side of the frame has respective insertion grooves (24, 25) continuously extending along the upper and lower portions thereof, configured for respective insertion of outer edges of the first and second cases, and open to the coupling grooves, and wherein the coupling grooves extend from the respective insertion grooves to the outside of the frame in a direction perpendicular to the height of the frame.
Quick change device for a tool with - a longitudinal body having a central axis (m-m) and a drive end and a region that is associated with the tool and is located opposite the drive end, - a holder body for the releasable attachment of the tool, wherein the holder body is releasable from the longitudinal body in displaceable manner and comprises a central recess which permits axial displacement of the holder body along the longitudinal body parallel to the central axis (m-m) of the longitudinal body, - means for axially locking the holder body on the longitudinal body which, in the unlocked state, permits the axial displacement of the holder body along the longitudinal body, - means for preventing rotation of the holder body on the longitudinal body, characterized in that a holder sleeve and an additional sleeve that is mounted such as to be moveable relative to the holder sleeve are provided on the holder body, wherein the sleeve is movable relative to the holder sleeve from a starting position by at least two movements that are directed in different directions, wherein the tool is releasable by a movement of the sleeve relative to the holder sleeve in one direction and wherein the holder body is movable in displaceable manner together with the tool with respect to the longitudinal body by a movement of the sleeve relative to the holder sleeve in another direction. - a longitudinal body having a central axis (m-m) and a drive end and a region that is associated with the tool and is located opposite the drive end, - a holder body for the releasable attachment of the tool, wherein the holder body is releasable from the longitudinal body in displaceable manner and comprises a central recess which permits axial displacement of the holder body along the longitudinal body parallel to the central axis (m-m) of the longitudinal body, - means for axially locking the holder body on the longitudinal body which, in the unlocked state, permits the axial displacement of the holder body along the longitudinal body, - means for preventing rotation of the holder body on the longitudinal body,
A scaled composite structure comprising: (i) a flexible base layer arrangement; and (ii) a plurality of three-dimensional scales (202A-N) attached to the flexible base layer arrangement, wherein the plurality of 3D scales (202A-N) are overlapping when the scaled composite structure is placed on a planar surface, wherein a range of motion of the scaled composite structure is controlled through a size and a shape of each of the plurality of 3D scales (202A-N) such that the plurality of 3D scales (202A-N) are intersecting with each other when a limit of the range of motion is applied to the scaled composite structure, to provide a mechanical interlocking effect, characterised in that an intersection point between each two scales of the plurality of 3D scales (202A-N) in a row of scales disposed on the flexible base layer arrangement when curved to the limit of the range of motion determines the length of the of each of the plurality of 3D scales (202A-N) in the flexible base layer arrangement when curved to the limit of the range of motion. (i) a flexible base layer arrangement; and (ii) a plurality of three-dimensional scales (202A-N) attached to the flexible base layer arrangement, wherein the plurality of 3D scales (202A-N) are overlapping when the scaled composite structure is placed on a planar surface, wherein a range of motion of the scaled composite structure is controlled through a size and a shape of each of the plurality of 3D scales (202A-N) such that the plurality of 3D scales (202A-N) are intersecting with each other when a limit of the range of motion is applied to the scaled composite structure, to provide a mechanical interlocking effect, characterised in that an intersection point between each two scales of the plurality of 3D scales (202A-N) in a row of scales disposed on the flexible base layer arrangement when curved to the limit of the range of motion determines the length of the of each of the plurality of 3D scales (202A-N) in the flexible base layer arrangement when curved to the limit of the range of motion. wherein a range of motion of the scaled composite structure is controlled through a size and a shape of each of the plurality of 3D scales (202A-N) such that the plurality of 3D scales (202A-N) are intersecting with each other when a limit of the range of motion is applied to the scaled composite structure, to provide a mechanical interlocking effect, characterised in that an intersection point between each two scales of the plurality of 3D scales (202A-N) in a row of scales disposed on the flexible base layer arrangement when curved to the limit of the range of motion determines the length of the of each of the plurality of 3D scales (202A-N) in the flexible base layer arrangement when curved to the limit of the range of motion.
Real-time measurement method of the speed of the sphygmic wave acquired as the time lag between the feet of the same sphygmic wave acquired in two different sites of a human body in the form of corresponding electrical signals generated by as many sensors (TS1, TS2) suitable for detecting a pressure impulse at an artery of the human body, the method comprising a process of acquisition (Step i) of the two electrical signals and a simultaneous analysis process of the two electrical signals in real time, in which the analysis process includes the search (Step vb), for each electrical signal, of the foot of the sphygmic wave in a portion of the unfiltered or high-pass filtered signal (step iv) corresponding to a neighborhood of a relative minimum of the same portion of the band-pass filtered signal and in which said search is performed in two contiguous segments of the electrical signal by means of an sliding observation window, contained in said two contiguous segments, such as to always include an entire sphygmic wave.
A computing device comprising: a processor module; and a memory that comprises a client-side instance of an application, the client-side instance of the application executed by the processor module, the client-side instance of the application supporting real-time asynchronous communication between the computing device and a second computing device (104, 106) using an application programming interface that is compliant with a representational state transfer (REST) architecture; characterized in that: the client-side instance of the application also supports real-time synchronous communication between the computing device and second computing device using the API compliant with the REST architecture; the client-side instance of the application comprises an update requester component that transmits a hanging request to the second computing device for an event resource, the event resource comprising data pertaining to updates to resources maintained by the second computing device, and the hanging request comprising a global identifier for the event resource; the client-side instance of the application further comprises a receiver component that receives a reply to the hanging request, wherein the reply does not comprise the update but comprises metadata based upon the data included in the event resource, the metadata comprising an indication of a type of the update and a global identifier for the resource; and the client-side instance of the application is configured to analyze the reply to identify at least one of the updates to retrieve from the second computing device. a processor module; and a memory that comprises a client-side instance of an application, the client-side instance of the application executed by the processor module, the client-side instance of the application supporting real-time asynchronous communication between the computing device and a second computing device (104, 106) using an application programming interface that is compliant with a representational state transfer (REST) architecture; the client-side instance of the application also supports real-time synchronous communication between the computing device and second computing device using the API compliant with the REST architecture; the client-side instance of the application comprises an update requester component that transmits a hanging request to the second computing device for an event resource, the event resource comprising data pertaining to updates to resources maintained by the second computing device, and the hanging request comprising a global identifier for the event resource; the client-side instance of the application further comprises a receiver component that receives a reply to the hanging request, wherein the reply does not comprise the update but comprises metadata based upon the data included in the event resource, the metadata comprising an indication of a type of the update and a global identifier for the resource; and the client-side instance of the application is configured to analyze the reply to identify at least one of the updates to retrieve from the second computing device.
An inversion table, having a cot with a rotatable frame, having a supporting element on which actuators (11, 21) are secured by joints in order to ensure the inclinations of the cot in the transverse and longitudinal directions, and having a securing element that is made of soft materials and is fixable in the thigh region, wherein the supporting element is equipped with a base frame, wherein two supports with braces are located in the vicinity of corners on long opposed sides of the frame construction of the base frame, wherein by means of bearings, a load-bearing rod is secured on an axle that connects the supports, wherein a drive actuator of the load-bearing rod, which actuator ensures an inclination in the transverse direction, is secured to the base frame, and wherein a second drive actuator of the rotatable frame, which actuator ensures an inclination in the longitudinal direction, is secured to the load-bearing rod, characterized in that the base frame is embodied in the form of a flat, rectangular frame construction the corners of which are provided with straps; that rotatable console supports are secured to the base frame by the straps, which rotatable console supports enlarge the supporting base of the base frame in the direction toward a lower substrate; that in addition, two supports connected by a transverse strip are located on the base frame, which supports are provided as a support for the load-bearing rod in an initial position; and that angle measuring devices for coaxial axles of the load-bearing rod and of the rotatable frame are located on the load-bearing rod; and that the cot is secured solidly to the rotatable frame with the possibility of a displacement in the longitudinal direction by means of securing elements of the cot and by means of screws.
A method implemented by a multi-mode wireless communication device configured to access a core network via any one of multiple different access networks, comprising: obtaining, from one or more servers in the core network, emergency support information that indicates which access networks available to the multi-mode wireless communication device support emergency calls; and thereafter receiving (130, 340) a control command to initiate an emergency call; selecting, from the access networks indicated by the emergency support information as supporting emergency calls, an access network over which to initiate said emergency call; and initiating (150, 370) said emergency call, responsive to said control command, over said selected access network. obtaining, from one or more servers in the core network, emergency support information that indicates which access networks available to the multi-mode wireless communication device support emergency calls; and thereafter receiving (130, 340) a control command to initiate an emergency call; selecting, from the access networks indicated by the emergency support information as supporting emergency calls, an access network over which to initiate said emergency call; and initiating (150, 370) said emergency call, responsive to said control command, over said selected access network.
A drive system for an elevator comprising: one or more elevator suspension members; a machine interactive with the one or more elevator suspension members to drive motion of an elevator car; a suspension member termination (42, 44) supported at the machine, to secure an end of the one or more suspension members at the machine; and characterized in that: a termination body is formed integral to the machine, being incorporated into a machine frame; and further comprising a termination wedge inserted into the termination body to secure the one or more suspension members at the termination body. one or more elevator suspension members; a machine interactive with the one or more elevator suspension members to drive motion of an elevator car; a suspension member termination (42, 44) supported at the machine, to secure an end of the one or more suspension members at the machine; and characterized in that: a termination body is formed integral to the machine, being incorporated into a machine frame; and further comprising a termination wedge inserted into the termination body to secure the one or more suspension members at the termination body.
A URL matching apparatus for matching a malicious uniform resource locator, URL, even if an attacker has partially changed a character string of the malicious URL in order to avoid the malicious URL being filtered, comprising: a URL partial character string storage unit configured to store therein partial character string information storing therein, as keys of an associative array, partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of one or more reference malicious URLs and, as values of the keys, attribute information indicating down to which lower layer of the hierarchical structure of the reference malicious URL the partial character string matches; a partial character string generating unit configured to generate partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of a potentially-malicious URL to be matched; and a searching unit configured to search, for each of the generated partial character strings of the potentially-malicious URL, the partial character string information with that partial character string being a key, and outputs a search result of the potentially-malicious URL, the search result comprising attribute information of the partial character string indicating how much the potentially-malicious URL matches the reference malicious URL. a URL partial character string storage unit configured to store therein partial character string information storing therein, as keys of an associative array, partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of one or more reference malicious URLs and, as values of the keys, attribute information indicating down to which lower layer of the hierarchical structure of the reference malicious URL the partial character string matches; a partial character string generating unit configured to generate partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of a potentially-malicious URL to be matched; and a searching unit configured to search, for each of the generated partial character strings of the potentially-malicious URL, the partial character string information with that partial character string being a key, and outputs a search result of the potentially-malicious URL, the search result comprising attribute information of the partial character string indicating how much the potentially-malicious URL matches the reference malicious URL.
Cosmetic agent containing, in a cosmetically acceptable vehicle: (a) at least one copolymer A, which - contains at least one structural unit according to formula where R stands for a methyl group and X stands for methosulfate, - contains at least one additional structural unit according to formula where n stands for one methylene unit, - contains at least one additional structural unit according to formula where n stands for three methylene units, and (b) 0.25% to 3% by weight of at least one acrylate polymer B, which is different from copolymer A and is selected from copolymers of methacrylic acid with acrylamidopropanesulfonic acid, characterized in that the weight ratio of polymer(s) A to polymer(s) B amounts to 4:1 to 1:4. (a) at least one copolymer A, which - contains at least one structural unit according to formula where R stands for a methyl group and X stands for methosulfate, - contains at least one additional structural unit according to formula where n stands for one methylene unit, - contains at least one additional structural unit according to formula where n stands for three methylene units, and - contains at least one structural unit according to formula where R stands for a methyl group and X stands for methosulfate, - contains at least one additional structural unit according to formula where n stands for one methylene unit, - contains at least one additional structural unit according to formula where n stands for three methylene units, and (b) 0.25% to 3% by weight of at least one acrylate polymer B, which is different from copolymer A and is selected from copolymers of methacrylic acid with acrylamidopropanesulfonic acid,
Device for the microfiltration, ultrafiltration or nanofiltration and/or emulsification of liquids, comprising at least one rotatable membrane medium having a filtrate/permeate side or a side facing towards a dispersed phase and a concentrate/retentate side or a side facing towards a coherent phase, and comprising a container in which the membrane medium can be rotated and which has at least one inlet for an unfiltrate or the coherent phase, at least one overflow for an unfiltrate or an emulsion, and at least one rotatable channel for discharging the filtrate/permeate and/or for feeding in the dispersed phase, and a suction device for generating a negative pressure on sub-regions of the at least one rotatable membrane medium in the container in short time periods, preferably at intervals, with a frequency of 1-100 Hz, on an unfiltrate side or the side facing towards the coherent phase, wherein the suction device has or is at least one suction strip or nozzle plate, which is arranged parallel to the rotatable membrane medium and is mounted at a distance of 0.05 mm - 0.5 mm from the membrane medium, and thus cleans a surface of the membrane medium of non-permeating substances that have accumulated on the unfiltrate side during a filtration process, and/or promotes the formation of droplets of the dispersed phase emerging from a membrane surface on the side facing towards the coherent phase during an emulsification process, wherein the suction strip or nozzle plate has at least one nozzle or one suction slot, which has a width between 50 μm and 10 mm, preferably between 200 μm and 1 mm. comprising at least one rotatable membrane medium having a filtrate/permeate side or a side facing towards a dispersed phase and a concentrate/retentate side or a side facing towards a coherent phase, and comprising a container in which the membrane medium can be rotated and which has at least one inlet for an unfiltrate or the coherent phase, at least one overflow for an unfiltrate or an emulsion, and at least one rotatable channel for discharging the filtrate/permeate and/or for feeding in the dispersed phase, and a suction device for generating a negative pressure on sub-regions of the at least one rotatable membrane medium in the container in short time periods, preferably at intervals, with a frequency of 1-100 Hz, on an unfiltrate side or the side facing towards the coherent phase, wherein the suction device has or is at least one suction strip or nozzle plate, which is arranged parallel to the rotatable membrane medium and is mounted at a distance of 0.05 mm - 0.5 mm from the membrane medium, and thus cleans a surface of the membrane medium of non-permeating substances that have accumulated on the unfiltrate side during a filtration process, and/or promotes the formation of droplets of the dispersed phase emerging from a membrane surface on the side facing towards the coherent phase during an emulsification process, wherein the suction strip or nozzle plate has at least one nozzle or one suction slot, which has a width between 50 μm and 10 mm, preferably between 200 μm and 1 mm.