mhurhangee/patent-ind-claim-en huggingface dataset:
A device sized and shaped for alleviating organ prolapse when inserted into a vagina, characterized by : (a) an adjustably flexible, substantially planar ring and two or more opposing snapping elements ; (b) a central rod extending at least partially through the ring transverse to the snapping elements , where the central rod i is provided with counterpart slots configured for insertion of the snapping elements therein; and (c) a connection block , co-axial with the central rod and slidable thereover to transition the device from an expanded state to a collapsed state, the connection block being configured with slots characterized in that the ring is provided with the two or more opposing snapping element; and the slots of the connection block align with the counterpart slots of the central rod for passage of at least one snapping element therethrough when the device is in the collapsed state. (a) an adjustably flexible, substantially planar ring and two or more opposing snapping elements ; (b) a central rod extending at least partially through the ring transverse to the snapping elements , where the central rod i is provided with counterpart slots configured for insertion of the snapping elements therein; and (c) a connection block , co-axial with the central rod and slidable thereover to transition the device from an expanded state to a collapsed state, the connection block being configured with slots characterized in that
A computer-implemented method for automatically updating imported information in a destination system upon a change to a corresponding module in a source system, the method comprising: responsive to a user performing a structure change to a source module in a source system, generating a trigger indicating the structure change to send to the destination system; responsive to the destination system detecting a change to a source module in the source system by receiving the trigger, changing the source module corresponding to an imported module of the destination system: loading breadcrumb data in the source system corresponding to the source module; determining, based on the loaded breadcrumb data, destination modules linked to the changed source module; and exporting changes to the destination modules at the destination system from the source system; wherein either (i) the destination system is a product lifecycle management (PLM) system and the source system is a source code management (SCM) system , or (ii) the destination system is a SCM system and the source system is a PLM system . responsive to a user performing a structure change to a source module in a source system, generating a trigger indicating the structure change to send to the destination system; responsive to the destination system detecting a change to a source module in the source system by receiving the trigger, changing the source module corresponding to an imported module of the destination system: loading breadcrumb data in the source system corresponding to the source module; determining, based on the loaded breadcrumb data, destination modules linked to the changed source module; and exporting changes to the destination modules at the destination system from the source system; wherein either (i) the destination system is a product lifecycle management (PLM) system and the source system is a source code management (SCM) system , or (ii) the destination system is a SCM system and the source system is a PLM system . loading breadcrumb data in the source system corresponding to the source module; determining, based on the loaded breadcrumb data, destination modules linked to the changed source module; and exporting changes to the destination modules at the destination system from the source system; wherein either (i) the destination system is a product lifecycle management (PLM) system and the source system is a source code management (SCM) system , or (ii) the destination system is a SCM system and the source system is a PLM system .
A process for separating at least one first material which is a hydrophobic metal compound or coal from a mixture comprising this at least one first material, at least one second material which is a hydrophilic metal compound and magnetic particles, which comprises the following steps: (A) at least partial removal of the magnetic particles by application of a magnetic field gradient, optionally in the presence of at least one dispersing medium, to give a mixture comprising at least one first material and at least one second material and a reduced amount of magnetic particles, where the magnetic particles which have been separated off in step (A) are used in step (B) and magnetic particles separated off in step (A) are hydrophobicized on the surface by means of at least one surface-active substance before use in step (B), (B) contacting of the mixture comprising at least one first material and at least one second material from step (A) with the magnetic particles obtained in step (A) and optionally further magnetic particles which have been hydrophobicized on the surface by means of at least one surface-active substance so that the at least one first material and the magnetic particles agglomerate, where the agglomeration is effected by forces of attraction between the at least one first material and the magnetic particles, (C) separation of the agglomeration product from the mixture from step (B) by application of a magnetic field gradient and (D) dissociation of the agglomeration product separated off in step (C) in order to obtain the at least one first material and the magnetic particles separately. (A) at least partial removal of the magnetic particles by application of a magnetic field gradient, optionally in the presence of at least one dispersing medium, to give a mixture comprising at least one first material and at least one second material and a reduced amount of magnetic particles, where the magnetic particles which have been separated off in step (A) are used in step (B) and magnetic particles separated off in step (A) are hydrophobicized on the surface by means of at least one surface-active substance before use in step (B), (B) contacting of the mixture comprising at least one first material and at least one second material from step (A) with the magnetic particles obtained in step (A) and optionally further magnetic particles which have been hydrophobicized on the surface by means of at least one surface-active substance so that the at least one first material and the magnetic particles agglomerate, where the agglomeration is effected by forces of attraction between the at least one first material and the magnetic particles, (C) separation of the agglomeration product from the mixture from step (B) by application of a magnetic field gradient and (D) dissociation of the agglomeration product separated off in step (C) in order to obtain the at least one first material and the magnetic particles separately.
A surveillance apparatus comprising: an acquisition unit configured to acquire a video image captured by an image capturing apparatus ; a displaying unit configured to display an image based on the video image on a display apparatus ; a recording unit configured to record the video image; a detecting unit configured to detect an abnormality from the video image; characterized by : a determination unit configured to determine an attention period based on a start time to an end time of the abnormality detected by the detecting unit; and a control unit configured to control the displaying unit such that the video image acquired by the acquisition unit is displayed in real time, until the determined attention period ends, and a recorded video image for the attention period is played back when the determined attention period ends; wherein the determination unit is configured to, when an abnormality is detected by the detecting unit, if an elapsed time since an end time of an immediately previously detected abnormality is shorter than a predetermined threshold value, employ a start time of the immediately previous detected abnormality as a start time of a new attention period. an acquisition unit configured to acquire a video image captured by an image capturing apparatus ; a displaying unit configured to display an image based on the video image on a display apparatus ; a recording unit configured to record the video image; a detecting unit configured to detect an abnormality from the video image; characterized by : a determination unit configured to determine an attention period based on a start time to an end time of the abnormality detected by the detecting unit; and a control unit configured to control the displaying unit such that the video image acquired by the acquisition unit is displayed in real time, until the determined attention period ends, and a recorded video image for the attention period is played back when the determined attention period ends; wherein the determination unit is configured to, when an abnormality is detected by the detecting unit, if an elapsed time since an end time of an immediately previously detected abnormality is shorter than a predetermined threshold value, employ a start time of the immediately previous detected abnormality as a start time of a new attention period. a determination unit configured to determine an attention period based on a start time to an end time of the abnormality detected by the detecting unit; and a control unit configured to control the displaying unit such that the video image acquired by the acquisition unit is displayed in real time, until the determined attention period ends, and a recorded video image for the attention period is played back when the determined attention period ends; wherein the determination unit is configured to, when an abnormality is detected by the detecting unit, if an elapsed time since an end time of an immediately previously detected abnormality is shorter than a predetermined threshold value, employ a start time of the immediately previous detected abnormality as a start time of a new attention period.
A method for wireless communications, comprising: receiving, by a user equipment, UE, signaling for indicating a time division duplexing, TDD, transmission time interval, TTI, frame structure configuration from a base station, the TDD TTI frame structure configuration corresponding to a TDD TTI time duration of 0.125 ms, 0.25 ms, or 0.5 ms, the TDD TTI including two switching points between downlink transmissions and uplink transmissions; receiving , by the UE, a first downlink transmission in the TDD TTI ; transmitting , by the UE, a first uplink transmission following the first downlink transmission in the TDD TTI ; receiving, by the UE, a second downlink transmission following the first uplink transmission in the TDD TTI ; and transmitting, by the UE, a second uplink transmission following the second downlink transmission in the TDD TTI . receiving, by a user equipment, UE, signaling for indicating a time division duplexing, TDD, transmission time interval, TTI, frame structure configuration from a base station, the TDD TTI frame structure configuration corresponding to a TDD TTI time duration of 0.125 ms, 0.25 ms, or 0.5 ms, the TDD TTI including two switching points between downlink transmissions and uplink transmissions; receiving , by the UE, a first downlink transmission in the TDD TTI ; transmitting , by the UE, a first uplink transmission following the first downlink transmission in the TDD TTI ; receiving, by the UE, a second downlink transmission following the first uplink transmission in the TDD TTI ; and transmitting, by the UE, a second uplink transmission following the second downlink transmission in the TDD TTI .
A motor device for an electric toothbrush, comprising a motor housing , a stator core having at least two poles fixedly installed in the stator housing symmetrically, a coil winding winding around the stator core , and an insulating coil holder for insulating the stator core from the coil winding , wherein, the motor device further comprises at least two pairs of magnetic steel structures cooperating with the stator core , the magnetic steel structures are all fixedly connected to a periphery of a shaft coupling , and the shaft coupling is fixedly connected to a motor shaft ; and wherein a plastic cement end cap is fixedly connected to an end, opposite to the motor shaft , of the motor housing , and an outer contour of the plastic cement end cap matches with an inner contour of the motor housing ; and wherein a pair of ball bearings is connected between the motor shaft and the motor housing , and the insulating coil holder has an annular structure configured to support the ball bearings .
A method of treating an iron sulfide scale comprising contacting the sulfide scale with an oxidizing composition comprising: a persulfate; and a bromate, wherein the persulfate oxidizer has a concentration of 5 mM to 1 M and the bromate oxidizer has a concentration of 5 mM to 2 M. a persulfate; and a bromate, wherein the persulfate oxidizer has a concentration of 5 mM to 1 M and the bromate oxidizer has a concentration of 5 mM to 2 M.
Pumping unit for an inhalation device for medically active liquids for generation of an aerosol, wherein the pumping unit comprises a tubular member , a check valve , and a counter piece, said counter piece being configured to receive at least a downstream segment of said tubular member and having an interior volume, wherein upstream of said tubular member , a reservoir can be fluidically connected with said tubular member , and downstream of said counter piece, a nozzle unit can be fluidically connected with said counter piece, and wherein the tubular member comprises an upstream section, a downstream section, and the check valve which is positioned between the upstream section and the downstream section, such that a pumping chamber with a pumping chamber volume is defined which comprises the volume of the downstream section of the tubular member and optionally said interior volume of the counter piece, and wherein tubular member and the counter piece can move relatively to one another, such that the pumping chamber volume is variable, wherein the tubular member comprises at least two mechanically distinct parts , wherein a first part provides said upstream section, and a second part provides said downstream section, and wherein the first part and the second part are connected to each other such as to form an interface section serving as a valve chamber for the valve , and characterised in that the counter piece comprises a riser pipe which extends towards the second part of the tubular member and which is at least partially insertable into the second part of the tubular member .
A refrigerator storage container comprising: a first case and a second case detachably coupled to each other, the second case forming an inner storage space together with the first case; at least one inflow hole that is provided in the first case to enable outside air to flow into the inner storage space; at least one outflow hole that is provided in the first case to enable air of the inner storage space to flow out of the inner storage space; and a plurality of deodorizing filters that are respectively mounted in each of the at least one inflow hole and the at least one outflow hole, wherein the deodorizing filters are configured to adsorb odor-causing materials emitted from food stored in the storage space, the first case is a lower case whose upper surface is open, and the second case is an upper case detachably coupled to an upper portion of the lower case to cover the open upper surface of the lower case, and coupled to the upper portion of the lower case to form the inner storage space together with the lower case, characterized in that the at least one inflow hole and the at least one outflow hole are formed on both side walls of the lower case in such a manner that an upper end of each of the at least one inflow hole and the at least one outflow hole is open, so that the deodorizing filters are mounted to travel downward from above through the open upper end. a first case and a second case detachably coupled to each other, the second case forming an inner storage space together with the first case; at least one inflow hole that is provided in the first case to enable outside air to flow into the inner storage space; at least one outflow hole that is provided in the first case to enable air of the inner storage space to flow out of the inner storage space; and a plurality of deodorizing filters that are respectively mounted in each of the at least one inflow hole and the at least one outflow hole, wherein the deodorizing filters are configured to adsorb odor-causing materials emitted from food stored in the storage space, the first case is a lower case whose upper surface is open, and the second case is an upper case detachably coupled to an upper portion of the lower case to cover the open upper surface of the lower case, and coupled to the upper portion of the lower case to form the inner storage space together with the lower case, characterized in that the at least one inflow hole and the at least one outflow hole are formed on both side walls of the lower case in such a manner that an upper end of each of the at least one inflow hole and the at least one outflow hole is open, so that the deodorizing filters are mounted to travel downward from above through the open upper end.
An in vitro method for obtaining an autologous population of cells enriched for T SCM cells suitable for introduction into a human patient comprising the steps of: a) preparing PME-CD40L mature DCs from a tissue source isolated from a human patient; b) culturing PBMCs obtained from said patient in vitro with said PME-CD40L mature DCs in a coculture for a time sufficient to induce an increase in the number of T SCM cells in said coculture; c) enriching said T SCM cells from said coculture. a) preparing PME-CD40L mature DCs from a tissue source isolated from a human patient; b) culturing PBMCs obtained from said patient in vitro with said PME-CD40L mature DCs in a coculture for a time sufficient to induce an increase in the number of T SCM cells in said coculture; c) enriching said T SCM cells from said coculture.
A display apparatus comprising a plurality of blue pixels configured to emit blue light, a plurality of green pixels configured to emit green light, and a plurality of red pixels configured to emit red light, each of the plurality of blue, green, and red pixels comprising: a reflection layer ; a first electrode arranged on the reflection layer; a light-emitting region arranged on the first electrode; and a second electrode arranged on the light-emitting region, wherein the reflection layer constitutes a microcavity together with the second electrode, wherein an upper surface of the reflection layer of each of the plurality of blue pixels is continuously flat, and is level with an upper surface of the reflection layer of the green pixel and an upper surface of the reflection layer of the red pixel, and wherein each of the plurality of green pixels and each of the plurality of red pixels comprises a plurality of nano-structures protruding from a bottom surface of the reflection layer to the upper surface of the reflection layer, the plurality of nano-structures being configured to determine resonance wavelength of the microcavity of each of the plurality of green pixels and each of the plurality of red pixels, and wherein a height of the plurality of nano-structures in each of the plurality of green pixels is equal to a height of the plurality of nano-structures in each of the plurality of red pixels. a reflection layer ; a first electrode arranged on the reflection layer; a light-emitting region arranged on the first electrode; and a second electrode arranged on the light-emitting region, wherein the reflection layer constitutes a microcavity together with the second electrode, wherein an upper surface of the reflection layer of each of the plurality of blue pixels is continuously flat, and is level with an upper surface of the reflection layer of the green pixel and an upper surface of the reflection layer of the red pixel, and wherein each of the plurality of green pixels and each of the plurality of red pixels comprises a plurality of nano-structures protruding from a bottom surface of the reflection layer to the upper surface of the reflection layer, the plurality of nano-structures being configured to determine resonance wavelength of the microcavity of each of the plurality of green pixels and each of the plurality of red pixels, and wherein a height of the plurality of nano-structures in each of the plurality of green pixels is equal to a height of the plurality of nano-structures in each of the plurality of red pixels.
A method comprising: transmitting feedback information comprising a plurality of bits, wherein the feedback information corresponds to first data, each bit of the plurality of bits indicates a decoding result corresponding to a portion of the first data, and the decoding result corresponding to a portion of the first data is an ACKNOWLEDGEMENT in response to the portion being correctly decoded and a NEGATIVE ACKNOWLEDGEMENT in response to the portion not being correctly decoded; receiving a signal indicating whether the feedback information is received; receiving second data; and determining , based on the feedback information and the signal, that: the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is not received; the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating none of the portions of the first data is correctly decoded; and the second data are a partial retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating at least one portion of the first data is correctly decoded. transmitting feedback information comprising a plurality of bits, wherein the feedback information corresponds to first data, each bit of the plurality of bits indicates a decoding result corresponding to a portion of the first data, and the decoding result corresponding to a portion of the first data is an ACKNOWLEDGEMENT in response to the portion being correctly decoded and a NEGATIVE ACKNOWLEDGEMENT in response to the portion not being correctly decoded; receiving a signal indicating whether the feedback information is received; receiving second data; and determining , based on the feedback information and the signal, that: the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is not received; the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating none of the portions of the first data is correctly decoded; and the second data are a partial retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating at least one portion of the first data is correctly decoded. the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is not received; the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating none of the portions of the first data is correctly decoded; and the second data are a partial retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating at least one portion of the first data is correctly decoded.