mhurhangee/patent-ind-claim-en huggingface dataset:
A portable depilation instrument , comprising: a shell , and a depilation mechanism and a heat dissipation mechanism inside the shell , and at least two outlets, wherein the shell is provided with one inlet ; the heat dissipation mechanism comprises a heat conductive component ; and the one inlet is separately in communication with different outlets of the at least two outlets, to form at least two channels; each of the at least two channels is provided with an element generating heat; and after being introduced from the one inlet , under a guidance of the heat conductive component , an external cooling medium separately passes through different channels of the at least two channels and the external cooling medium is then discharged from a corresponding outlet of the at least two outlets, and the external cooling medium brings the heat of a separately passing region out of the shell and characterized in that the at least two outlets are provided on the shell ; a second outlet is disposed on one side of the one inlet , the second outlet and the one inlet are disposed on a side surface of the shell near one end of a heat conductive element , and a first outlet is located at an end portion of the shell away from the heat conductive element , so that air of a first channel completely passes through an inside of the shell , and simultaneously takes the heat inside the shell out, and an air inlet direction of the one inlet is parallel to an air outlet direction of the second outlet , and the air inlet direction of the one inlet is perpendicular to an air outlet direction of the first outlet . a shell , and a depilation mechanism and a heat dissipation mechanism inside the shell , and at least two outlets, wherein the shell is provided with one inlet ; the heat dissipation mechanism comprises a heat conductive component ; and the one inlet is separately in communication with different outlets of the at least two outlets, to form at least two channels; each of the at least two channels is provided with an element generating heat; and after being introduced from the one inlet , under a guidance of the heat conductive component , an external cooling medium separately passes through different channels of the at least two channels and the external cooling medium is then discharged from a corresponding outlet of the at least two outlets, and the external cooling medium brings the heat of a separately passing region out of the shell and characterized in that the at least two outlets are provided on the shell ; a second outlet is disposed on one side of the one inlet , the second outlet and the one inlet are disposed on a side surface of the shell near one end of a heat conductive element , and a first outlet is located at an end portion of the shell away from the heat conductive element , so that air of a first channel completely passes through an inside of the shell , and simultaneously takes the heat inside the shell out, and an air inlet direction of the one inlet is parallel to an air outlet direction of the second outlet , and the air inlet direction of the one inlet is perpendicular to an air outlet direction of the first outlet .
A method of representing a conversation of related messages in a message collection user interface displayed on a display of a wireless communication device , the message collection user interface displaying a list of messages, the method comprising the steps of: defining a plurality of dynamic session placeholders , each dynamic session placeholder representing a respective conversation of related messages constituting a common messaging communication session, each dynamic session placeholder displaying a time stamp in accordance with a time of a most recent message in the conversation, an identification of the opposite messaging party, and at least a portion of the most recent message in the conversation; displaying the plurality of dynamic session placeholders in the message collection user interface, each dynamic session placeholder presented as a single entry in a list of messages and ordered, within the list of messages, chronologically according to a corresponding time of action of the most recent message in the conversation of related messages represented by the respective dynamic session placeholder ; on transmission by the wireless communication device of a new message in the conversation of related messages defined by any one of the dynamic session placeholders , reordering the plurality of dynamic session placeholders within the list of messages based on a transmission time of the new message and the time of action of the most recent message for each of the dynamic session placeholders; and displaying the reordered list of messages. defining a plurality of dynamic session placeholders , each dynamic session placeholder representing a respective conversation of related messages constituting a common messaging communication session, each dynamic session placeholder displaying a time stamp in accordance with a time of a most recent message in the conversation, an identification of the opposite messaging party, and at least a portion of the most recent message in the conversation; displaying the plurality of dynamic session placeholders in the message collection user interface, each dynamic session placeholder presented as a single entry in a list of messages and ordered, within the list of messages, chronologically according to a corresponding time of action of the most recent message in the conversation of related messages represented by the respective dynamic session placeholder ; on transmission by the wireless communication device of a new message in the conversation of related messages defined by any one of the dynamic session placeholders , reordering the plurality of dynamic session placeholders within the list of messages based on a transmission time of the new message and the time of action of the most recent message for each of the dynamic session placeholders; and displaying the reordered list of messages.
A user equipment (UE) , comprising: a transceiver configured to transceive radio resource control (RRC) messages between the UE and a radio access network (RAN); and a radio resource controller configured to activate an operation mode of the UE responsive to processing a first sequence of RRC messages when a non-congestion situation is indicated by the RAN, characterized in that the radio resource controller is configured to activate the operation mode of the UE responsive to processing a second sequence of RRC messages when a special situation, in particular a congestion situation or a power saving situation, is indicated by the RAN, wherein a latency for processing the second sequence of RRC messages is less than a latency for processing the first sequence of RRC messages. a transceiver configured to transceive radio resource control (RRC) messages between the UE and a radio access network (RAN); and a radio resource controller configured to activate an operation mode of the UE responsive to processing a first sequence of RRC messages when a non-congestion situation is indicated by the RAN, characterized in that the radio resource controller is configured to activate the operation mode of the UE responsive to processing a second sequence of RRC messages when a special situation, in particular a congestion situation or a power saving situation, is indicated by the RAN, wherein a latency for processing the second sequence of RRC messages is less than a latency for processing the first sequence of RRC messages.
A system of devices for treating an occlusion in a cerebral artery of a patient, comprising: an arterial access device adapted to be introduced into a common carotid artery, wherein the arterial access device has an internal lumen; a distal catheter sized and shaped to be inserted axially through the internal lumen of the arterial access device such that the distal catheter can be inserted into a cerebral artery via the arterial access device, wherein the distal catheter has an internal lumen defined by an inner diameter; and an elongated inner member sized and shaped to be inserted axially through the lumen of the distal catheter, wherein the inner member has an internal lumen, characterised in that the elongated inner member has a flexible distal region of variable stiffness having a distal section thereof constructed of a softer material than a proximal section thereof constructed with a stiffer material and wherein the flexible distal region has an outer diameter that tapers in size toward an outer diameter of a guidewire suitable for insertion into the cerebral artery via the internal lumen of the inner member, to form a smooth transition between the inner diameter of the distal catheter and said outer diameter. an arterial access device adapted to be introduced into a common carotid artery, wherein the arterial access device has an internal lumen; a distal catheter sized and shaped to be inserted axially through the internal lumen of the arterial access device such that the distal catheter can be inserted into a cerebral artery via the arterial access device, wherein the distal catheter has an internal lumen defined by an inner diameter; and an elongated inner member sized and shaped to be inserted axially through the lumen of the distal catheter, wherein the inner member has an internal lumen, characterised in that the elongated inner member has a flexible distal region of variable stiffness having a distal section thereof constructed of a softer material than a proximal section thereof constructed with a stiffer material and wherein the flexible distal region has an outer diameter that tapers in size toward an outer diameter of a guidewire suitable for insertion into the cerebral artery via the internal lumen of the inner member, to form a smooth transition between the inner diameter of the distal catheter and said outer diameter.
A succinate dehydrogenase inhibitor or a pharmaceutically acceptable salt thereof for use in the therapeutic treatment or prevention of reperfusion injury by inhibiting the accumulation of succinate, wherein the inhibitor or pharmaceutically acceptable salt thereof is a cell-permeable and reversible inhibitor of succinate dehydrogenase that is selected from R 1 O 2 C-CH 2 -CO 2 R 4 ; wherein: R 1 is selected from C 1-12 alkyl; R 4 is selected from C 1-12 alkyl. R 1 is selected from C 1-12 alkyl; R 4 is selected from C 1-12 alkyl.
An ablation catheter, comprising an elongate shaft; and an inflatable ablation member, carried by a distal region of the shaft, including: an inflatable balloon, a flexible circuit , including a plurality of ablation electrodes and a plurality of conductors each in electrical communication with a corresponding one of the plurality of ablation electrodes, disposed outside of and carried by an outer surface of the inflatable balloon, and a plurality of ultrasound monitoring members each disposed within a periphery of one of the plurality of ablation electrodes and configured for use in monitoring at least one aspect of tissue ablation with the ablation electrode, wherein each of the plurality of ablation electrodes is an elastomeric electrode, and wherein the elastomeric electrodes are in electrical communication with, and configured for use in the operation of, the plurality of ultrasound monitoring members. an elongate shaft; and an inflatable ablation member, carried by a distal region of the shaft, including: an inflatable balloon, a flexible circuit , including a plurality of ablation electrodes and a plurality of conductors each in electrical communication with a corresponding one of the plurality of ablation electrodes, disposed outside of and carried by an outer surface of the inflatable balloon, and a plurality of ultrasound monitoring members each disposed within a periphery of one of the plurality of ablation electrodes and configured for use in monitoring at least one aspect of tissue ablation with the ablation electrode, wherein each of the plurality of ablation electrodes is an elastomeric electrode, and wherein the elastomeric electrodes are in electrical communication with, and configured for use in the operation of, the plurality of ultrasound monitoring members. an inflatable balloon, a flexible circuit , including a plurality of ablation electrodes and a plurality of conductors each in electrical communication with a corresponding one of the plurality of ablation electrodes, disposed outside of and carried by an outer surface of the inflatable balloon, and a plurality of ultrasound monitoring members each disposed within a periphery of one of the plurality of ablation electrodes and configured for use in monitoring at least one aspect of tissue ablation with the ablation electrode, wherein each of the plurality of ablation electrodes is an elastomeric electrode, and wherein the elastomeric electrodes are in electrical communication with, and configured for use in the operation of, the plurality of ultrasound monitoring members.
A recombinant oncolytic vesicular stomatitis virus (VSV), wherein the glycoprotein (G protein) of VSV is deleted, and which comprises a modified fusion protein (F protein) of Newcastle disease virus (NDV); and the hemagglutinin neuraminidase (HN) protein of NDV, wherein the modified fusion protein (F protein) of NDV is the F3aa-modified F protein, or wherein the modified fusion protein (F protein) of NDV is the F3aa-modified F protein and comprises at least one amino acid substitution in the protease cleavage site, preferably in position L289, e.g. L289A,
- A vehicle comprising a body which is connected to a chassis having at least two longitudinal side-members carrying mobility means and at least one mechanical member arranged below a floor of the body , at a median area (M) of the floor , and fixed to the chassis , the side-members being arranged on either side of the mechanical member and connected to lateral areas of the floor , the vehicle being characterised in that it comprises at least two stop means arranged on either side of the mechanical member , each means being interposed between the mechanical member and the floor as well as arranged, along a transverse direction of the vehicle, between the mechanical member and a side-member , the stop means being arranged at a distance (d) from the mechanical member which is lower than the distance (D) between the mechanical member and the floor , the distances (d, D) being measured in a direction parallel to a median axis of the vehicle , the stop means being spaced from each other along a transverse direction of the vehicle so as to be facing areas of the floor that are closer to the side-members than to the median area (M), such that in case the mechanical member is projected towards the floor , it is the stop means 16) that are hit by the mechanical member , so as to distribute the force of the impact, on either side of the mechanical member , to lateral areas of the floor that are closer to the side-members which form a crashing area which is much more resistant than the median part (M) of the floor .
A self-regenerating proton exchange membrane for fuel cell, said membrane comprising an anode surface on the anode side and a cathode surface on the cathode side, said membrane comprising two layers: A conducting and self-regenerating cathodic layer, ensuring the cathode surface and comprising at least one polymer (iii) carrying SO 3 H functions; and A conducting anodic layer ensuring the anode surface and comprising at least one polymer (iii') carrying SO 3 H functions; Said polymers (iii) and (iii') possibly being the same or different. Said membrane being characterized in that said cathodic layer contains at least one polymer (i) carrying thiol (-SH) functions. A conducting and self-regenerating cathodic layer, ensuring the cathode surface and comprising at least one polymer (iii) carrying SO 3 H functions; and A conducting anodic layer ensuring the anode surface and comprising at least one polymer (iii') carrying SO 3 H functions; Said polymers (iii) and (iii') possibly being the same or different. Said membrane being characterized in that said cathodic layer contains at least one polymer (i) carrying thiol (-SH) functions.
A system for analysing volatile organic compounds (VOCs) in soil comprising an apparatus (2; 102) and a soil VOC sensor strip (20; 40), wherein the apparatus comprises a sampling chamber for receiving soil, a sensor strip aperture (8; 108) in the sampling chamber (4; 104) for positioning the sensor strip (20; 40) in fluid communication with the sampling chamber , a power source and an electrical resistance detector, wherein the sensor strip (20; 40) is electrically connectable to the power source and the electrical resistance detector, and wherein the system further comprises a display (5; 105) and/or data storage (3; 103), wherein the electrical resistance detector is configured to transmit output to the display (5; 105) and/or the data storage (3; 103), and wherein the data storage (3; 103) is configured to send the output for comparison with a known dataset and to store a comparison output, and the display (5; 105) is configured to display the comparison output, characterised in that the sensor strip (20; 40) comprises a flexible substrate with a first surface and an array of semiconductor polymer sensors (24; 124) arranged on the first surface , wherein each of the semiconductor polymer sensors (24; 124) comprises a pair of electrodes, wherein the pair of electrodes comprises a first electrode (26; 46) and a second electrode (28; 48), wherein a semiconductor polymer (30; 62) is disposed between the first electrode (26; 46) and the second electrode (28; 48). wherein the apparatus comprises a sampling chamber for receiving soil, a sensor strip aperture (8; 108) in the sampling chamber (4; 104) for positioning the sensor strip (20; 40) in fluid communication with the sampling chamber , a power source and an electrical resistance detector, wherein the sensor strip (20; 40) is electrically connectable to the power source and the electrical resistance detector, and wherein the system further comprises a display (5; 105) and/or data storage (3; 103), wherein the electrical resistance detector is configured to transmit output to the display (5; 105) and/or the data storage (3; 103), and wherein the data storage (3; 103) is configured to send the output for comparison with a known dataset and to store a comparison output, and the display (5; 105) is configured to display the comparison output, characterised in that the sensor strip (20; 40) comprises a flexible substrate with a first surface and an array of semiconductor polymer sensors (24; 124) arranged on the first surface , wherein each of the semiconductor polymer sensors (24; 124) comprises a pair of electrodes, wherein the pair of electrodes comprises a first electrode (26; 46) and a second electrode (28; 48), wherein a semiconductor polymer (30; 62) is disposed between the first electrode (26; 46) and the second electrode (28; 48).
An inkjet head comprising a nozzle substrate that includes: a base part in which a nozzle that ejects ink is formed; a liquid-repellent-layer base film that is formed on an ejection surface side of the base part and includes a silicon carboxide film; and a liquid-repellent layer that is formed on the ejection surface side of the liquid-repellent-layer base film, characterized in that the liquid-repellent-layer base film includes the silicon carboxide film having a composition ratio, in a triangular diagram showing a ratio of silicon Si, carbon C, and oxygen O in the number of atoms, within a range enclosed with: a first coordinate point (P1) at which the ratio of Si:C:O in the number of atoms is 1:1:0; a second coordinate point (P2) at which the ratio of Si:C:O in the number of atoms is 3:2:2; a third coordinate point (P3) at which the ratio of Si:C:O in the number of atoms is 1:2:2; and a fourth coordinate point (P4) at which the ratio of Si:C:O in the number of atoms is 1:2:0, but not on a line connecting the first coordinate point (P1) and the fourth coordinate point (P4). a base part in which a nozzle that ejects ink is formed; a liquid-repellent-layer base film that is formed on an ejection surface side of the base part and includes a silicon carboxide film; and a liquid-repellent layer that is formed on the ejection surface side of the liquid-repellent-layer base film, characterized in that the liquid-repellent-layer base film includes the silicon carboxide film having a composition ratio, in a triangular diagram showing a ratio of silicon Si, carbon C, and oxygen O in the number of atoms, within a range enclosed with: a first coordinate point (P1) at which the ratio of Si:C:O in the number of atoms is 1:1:0; a second coordinate point (P2) at which the ratio of Si:C:O in the number of atoms is 3:2:2; a third coordinate point (P3) at which the ratio of Si:C:O in the number of atoms is 1:2:2; and a fourth coordinate point (P4) at which the ratio of Si:C:O in the number of atoms is 1:2:0, but not on a line connecting the first coordinate point (P1) and the fourth coordinate point (P4).
A strip assembly having: a profiled plastic strip including a latching recess for receiving a mounting rib of an air inlet panel, and further having a single-piece protective plastic strip which is mechanically releasably latchable in the latching recess , characterized in that a first and a second strip section are provided, and the profiled plastic strip is configured such that it extends only within the first strip section in one piece and continuously from the beginning to the end of first strip section , and that the protective plastic strip is configured such that it extends within both strip sections in one piece and continuously from the beginning of first strip section to the end of second strip section and is latched in the latching recess at least in some sections along the profiled plastic strip . a profiled plastic strip including a latching recess for receiving a mounting rib of an air inlet panel, and further having a single-piece protective plastic strip which is mechanically releasably latchable in the latching recess , characterized in that a first and a second strip section are provided, and the profiled plastic strip is configured such that it extends only within the first strip section in one piece and continuously from the beginning to the end of first strip section , and that the protective plastic strip is configured such that it extends within both strip sections in one piece and continuously from the beginning of first strip section to the end of second strip section and is latched in the latching recess at least in some sections along the profiled plastic strip .
A method for manufacturing a surgical instrument, which comprises: providing an endoscopic or laparoscopic instrument shaft having a proximal end and a distal end; connecting a control handle to the proximal end of the instrument shaft; connecting a surgical stapling end effector to the distal end of the instrument shaft with a passive articulation joint that permits the end effector to be passively articulated solely by direct application of a force external to the surgical instrument to the end effector; providing the end effector with an articulation lock that permits retaining the passive articulation joint in a stable position; and providing the control handle with an articulation joint actuator that has an actuated state and an unactuated state and that, when in the actuated state, actuates a release of the articulation lock to thereby permit passive articulation motion of the end effector through the passive articulation joint, characterized in that the surgical instrument does not comprise any control means to actively control the articulation motion of the end effector .