mhurhangee/patent-ind-claim-en huggingface dataset:
A device , comprising: one or more embedded sensors configured to detect a change in a user activity; a non-transitory memory storage comprising instructions; and one or more processors in communication with the non-transitory memory storage and the one or more embedded sensors, wherein the one or more processors execute the instructions to: passively collect location coordinates of the device using location information requested by a third party application or service; receive a signal comprising an intent for a location request in response to the change in the user activity; determine whether the device is located within a user stay area and, based thereon, set a time threshold; and determine that a duration of time between reception of a previous location request and reception of the signal exceeds the time threshold and, based thereon, request a location coordinate of the device for use by another application or service. one or more embedded sensors configured to detect a change in a user activity; a non-transitory memory storage comprising instructions; and one or more processors in communication with the non-transitory memory storage and the one or more embedded sensors, wherein the one or more processors execute the instructions to: passively collect location coordinates of the device using location information requested by a third party application or service; receive a signal comprising an intent for a location request in response to the change in the user activity; determine whether the device is located within a user stay area and, based thereon, set a time threshold; and determine that a duration of time between reception of a previous location request and reception of the signal exceeds the time threshold and, based thereon, request a location coordinate of the device for use by another application or service. passively collect location coordinates of the device using location information requested by a third party application or service; receive a signal comprising an intent for a location request in response to the change in the user activity; determine whether the device is located within a user stay area and, based thereon, set a time threshold; and determine that a duration of time between reception of a previous location request and reception of the signal exceeds the time threshold and, based thereon, request a location coordinate of the device for use by another application or service.
Flexible printed circuit board (CIF), comprising at least two conductive tracks (P1, P2) extending along the length of the flexible printed circuit board, flexible printed circuit in which the conductive tracks form at least two antenna loops, said at least two conductive tracks (PI, P2) being substantially parallel to each other, characterized in that it comprises not more than two ends (E1, E2), in that it comprises a contact area (A3, A4) located at a first end (E1) of the flexible printed circuit board and configured to come into contact with a predetermined portion of said flexible printed circuit board (CIF), such that a first track (P1) of the flexible printed circuit board (CIF) is connected with a second track (P2) of the flexible printed circuit board (CIF) when the first end (E1) is brought into contact with the predetermined portion, and in that these two ends (E1) are configured in a manner to be inserted into one and the same connector.
A method of carbonizing a preform comprising: inserting a polyacrylonitrile preform, PAN preform, into a furnace ; introducing an inert atmosphere into the furnace with a total pressure in the furnace greater than 0.5 Atm ; bringing the furnace to a temperature greater than 1200°C while maintaining the total pressure in the furnace greater than 0.5 Atm to convert the PAN preform into a carbon preform; completing carbonization while maintaining the total pressure in the furnace within a range of 0.5 Atm (51 kPa) to 0.9 Atm (91 kPa) ; inserting the PAN preform into the furnace at an atmospheric pressure and an atmospheric temperature ; introducing said inert atmosphere into the furnace with a total pressure in the furnace greater than 0.8 Atm ; heating the furnace to said temperature greater than 1200°C while maintaining the total pressure greater 0.8 Atm; and completing carbonization by converting the PAN preform into said carbon preform while maintaining the total pressure in the furnace greater than 0.8 Atm . inserting a polyacrylonitrile preform, PAN preform, into a furnace ; introducing an inert atmosphere into the furnace with a total pressure in the furnace greater than 0.5 Atm ; bringing the furnace to a temperature greater than 1200°C while maintaining the total pressure in the furnace greater than 0.5 Atm to convert the PAN preform into a carbon preform; completing carbonization while maintaining the total pressure in the furnace within a range of 0.5 Atm (51 kPa) to 0.9 Atm (91 kPa) ; inserting the PAN preform into the furnace at an atmospheric pressure and an atmospheric temperature ; introducing said inert atmosphere into the furnace with a total pressure in the furnace greater than 0.8 Atm ; heating the furnace to said temperature greater than 1200°C while maintaining the total pressure greater 0.8 Atm; and completing carbonization by converting the PAN preform into said carbon preform while maintaining the total pressure in the furnace greater than 0.8 Atm .
A pharmaceutical composition for use in the treatment of a vascular insufficiency, wherein the vascular insufficiency is an ischemia comprising a restriction of blood flow due to arterial stenosis or occlusion, the pharmaceutical composition being sterile and comprising: (i) a therapeutically effective amount of a nonexpanded, isolated population of autologous mononuclear cells enriched for CD34+ cells which further contain a subpopulation of potent CD34+/CXCR-4+ cells that have chemotactic activity mediated by SDF-1 and/or CXCR-4, wherein the therapeutic amount is at least 10 x 10 6 isolated autologous CD34+ hematopoietic stem cells containing a subpopulation of at least 0.5 x 10 6 potent CD34+ cells expressing CXCR-4 and having CXCR-4 mediated chemotactic activity, and (ii) a stabilizing amount of serum at a concentration of at least 10% expressed as ml/100 cc final volume of the composition, which enables the subpopulation of potent CD34+/CXCR-4+ cells to retain their CXCR-4 mediated chemotactic activity and hematopoietic colony forming ability; wherein the composition is formulated for administration parenterally through a catheter, and wherein potency of the cells is maintained as they pass through the catheter. (i) a therapeutically effective amount of a nonexpanded, isolated population of autologous mononuclear cells enriched for CD34+ cells which further contain a subpopulation of potent CD34+/CXCR-4+ cells that have chemotactic activity mediated by SDF-1 and/or CXCR-4, wherein the therapeutic amount is at least 10 x 10 6 isolated autologous CD34+ hematopoietic stem cells containing a subpopulation of at least 0.5 x 10 6 potent CD34+ cells expressing CXCR-4 and having CXCR-4 mediated chemotactic activity, and (ii) a stabilizing amount of serum at a concentration of at least 10% expressed as ml/100 cc final volume of the composition, which enables the subpopulation of potent CD34+/CXCR-4+ cells to retain their CXCR-4 mediated chemotactic activity and hematopoietic colony forming ability;
A droplet deposition apparatus comprising: control circuitry configured to generate a common drive waveform (29; 40); storage configured to store data, wherein the storage comprises a buffer configured to store scheduled image data relating to one or more pixels; and a droplet deposition head having one or more actuator elements configured to be driven in response to drive pulses derived from the common drive waveform (29; 40); wherein the common drive waveform (29; 40) comprises a plurality of pixel periods comprising a firing phase and a non-firing phase, each firing phase comprising a firing pulse and each non-firing phase comprising a non-firing pulse, wherein the characteristics of each non-firing pulse are defined in response to the data in the storage ; wherein the firing pulse of a first pixel period is applied as a drive pulse to an actuator element based on the scheduled image data relating to a first pixel; wherein the non-firing pulse of the first pixel period is applied as a drive pulse to the actuator element based on past image data and/or the stored scheduled image data; and characterised in that the control circuitry is further configured such that the characteristics of the non-firing pulses in the common drive waveform (29; 40) are dependent on the scheduled image data in the buffer . control circuitry configured to generate a common drive waveform (29; 40); storage configured to store data, wherein the storage comprises a buffer configured to store scheduled image data relating to one or more pixels; and a droplet deposition head having one or more actuator elements configured to be driven in response to drive pulses derived from the common drive waveform (29; 40); wherein the common drive waveform (29; 40) comprises a plurality of pixel periods comprising a firing phase and a non-firing phase, each firing phase comprising a firing pulse and each non-firing phase comprising a non-firing pulse, wherein the characteristics of each non-firing pulse are defined in response to the data in the storage ; wherein the firing pulse of a first pixel period is applied as a drive pulse to an actuator element based on the scheduled image data relating to a first pixel; wherein the non-firing pulse of the first pixel period is applied as a drive pulse to the actuator element based on past image data and/or the stored scheduled image data; and characterised in that the control circuitry is further configured such that the characteristics of the non-firing pulses in the common drive waveform (29; 40) are dependent on the scheduled image data in the buffer .
A trocar assembly for releasable engagement with an adapter assembly of a surgical stapling instrument , the trocar assembly comprising: a housing including a first end cap and a second end cap ; a trocar member rotatably supported with the housing and movable between a retracted position and an advanced position, the trocar member including a threaded central portion and defining a longitudinal channel ; and a drive member rotatably supported within the housing and including a drive portion received within the longitudinal channel of the trocar member , wherein rotation of the drive member causes longitudinal movement of the trocar member ; characterised in that the trocar member further comprises a cylindrical proximal portion which is configured to act as a stop member for retaining the trocar member within the housing of the trocar assembly , wherein a distal portion of the cylindrical proximal portion of the trocar member engages the second end cap to prevent the trocar member exiting the housing of the trocar assembly during advancement of the trocar member . a housing including a first end cap and a second end cap ; a trocar member rotatably supported with the housing and movable between a retracted position and an advanced position, the trocar member including a threaded central portion and defining a longitudinal channel ; and a drive member rotatably supported within the housing and including a drive portion received within the longitudinal channel of the trocar member , wherein rotation of the drive member causes longitudinal movement of the trocar member ;
Plastics housing device for indirect screw connection for a motor vehicle, wherein the plastics housing device comprises: - at least one positioning element ; - a clamping element ; and - a screw element ; wherein a first positioning element is configured to hold the clamping element in position in a form-fitting manner; wherein the screw element is configured to be pressed against the clamping element by a second positioning element and to cause a rotation of the clamping element; wherein the clamping element is configured to clamp the plastics housing device to a metal panel by way of the rotation, characterized in that the second positioning element is in the form of a spring tab. - at least one positioning element ; - a clamping element ; and - a screw element ; wherein a first positioning element is configured to hold the clamping element in position in a form-fitting manner; wherein the screw element is configured to be pressed against the clamping element by a second positioning element and to cause a rotation of the clamping element; wherein the clamping element is configured to clamp the plastics housing device to a metal panel by way of the rotation, characterized in that the second positioning element is in the form of a spring tab.
A two-component composition comprising: - a part A comprising a complex of borane BH 3 with an amine; - a part B comprising a decomplexing agent for decomplexing the borane and the amine; and at least one radically polymerizable compound comprising at least one ethylenic bond, this compound being present in at least one of parts A and B. - a part A comprising a complex of borane BH 3 with an amine; - a part B comprising a decomplexing agent for decomplexing the borane and the amine; and
A navigation system that is configured to perform route guidance from a departure point to a destination point of a vehicle , wherein: the navigation system is configured to monitor, after the vehicle reaches the destination point and the route guidance ends, whether or not the vehicle moves away from the destination point and then moves toward the destination point again and if so to determine that the vehicle has not reached the destination point and has become lost and to restart the route guidance to the destination point; and wherein the monitoring, after the vehicle reaches the destination point and the route guidance ends, whether or not the vehicle moves away from the destination point and then moves toward the destination point again comprises one of the following: monitoring whether or not the vehicle reaches a point separated from the destination point by a predetermined first distance (L1) and then reaches a point separated from the destination point by a predetermined second distance (L2), which is shorter than the first distance (L1); and monitoring whether or not, after reaching a point separated from the destination point by a predetermined first distance (L1), the vehicle returns toward the destination point and then moves toward the destination point from the returning point by a predetermined third distance (L3). monitoring whether or not the vehicle reaches a point separated from the destination point by a predetermined first distance (L1) and then reaches a point separated from the destination point by a predetermined second distance (L2), which is shorter than the first distance (L1); and monitoring whether or not, after reaching a point separated from the destination point by a predetermined first distance (L1), the vehicle returns toward the destination point and then moves toward the destination point from the returning point by a predetermined third distance (L3).
A link chain for securing a two-wheeler by means of a frame lock, said link chain comprising a plurality of chain links, wherein the link chain has, at a first end, a first chain link which is in engagement with a bolt , for which purpose the first chain link engages through an opening which is formed at a grip section of the bolt facing away from the free end of the bolt , characterized in that the link chain has, at a second end facing away from the first end, a thread-through element which is designed such that the bolt can be guided through it to form a chain loop; and in that a protective sleeve surrounding the grip section is fastened to the grip section of the bolt and has a first end , which faces the free end of the bolt , and a second end , which faces away from the first end of the sleeve , wherein the sleeve comprises at least one slot which extends, starting from the second sleeve end , in the direction of the first sleeve end up to and over the opening formed in the grip section of the bolt . the link chain has, at a second end facing away from the first end, a thread-through element which is designed such that the bolt can be guided through it to form a chain loop; and in that a protective sleeve surrounding the grip section is fastened to the grip section of the bolt and has a first end , which faces the free end of the bolt , and a second end , which faces away from the first end of the sleeve , wherein the sleeve comprises at least one slot which extends, starting from the second sleeve end , in the direction of the first sleeve end up to and over the opening formed in the grip section of the bolt .
A fitting body for a sanitary fitting, comprising base body having at least one open channel , wherein the open channel is at least partially closed by a cap in order to form a water passage , wherein a cavity is formed in the cap along the water passage , which cavity is bordered along the water passage by a membrane , wherein the membrane delimits the cavity from the water passage , through which water can be conducted through the fitting body , and the membrane is arranged between the base body and the cap , wherein the water passage is enclosed along a flow direction of the water by means of the open channel and the cap , and wherein the membrane extends along the entire channel closed by the cap .
A pen input device film disposed to cover a display surface of a pen input device , the pen input device film comprising a first film member disposed to cover the display surface ; and a second film member disposed to cover a surface of the first film member , the surface being positioned on an opposite side of the first film member from the display surface , wherein the second film member includes: a base portion extending along the surface of the first film member , the surface being positioned on the opposite side of the first film member from the display surface; and a plurality of bead particles retained by the base portion such that the bead particles are dispersed from each other, retention regions of the second film member retain the bead particles , and each retention region protrudes from a peripheral region thereof toward an opposite side from the first film member , characterized in that a surface of the second film member , the surface being positioned on an opposite side of the second film member from the display surface , has an arithmetic mean roughness Ra set to a value within a range of not less than 0.5 μm and not greater than 1.5 μm, and has a maximum height of rolling circle waviness profile W EM set to a value within a range of not less than 10.0 μm and not greater than 20.0 μm. a first film member disposed to cover the display surface ; and a second film member disposed to cover a surface of the first film member , the surface being positioned on an opposite side of the first film member from the display surface , wherein the second film member includes: a base portion extending along the surface of the first film member , the surface being positioned on the opposite side of the first film member from the display surface; and a plurality of bead particles retained by the base portion such that the bead particles are dispersed from each other, a base portion extending along the surface of the first film member , the surface being positioned on the opposite side of the first film member from the display surface; and a plurality of bead particles retained by the base portion such that the bead particles are dispersed from each other, retention regions of the second film member retain the bead particles , and each retention region protrudes from a peripheral region thereof toward an opposite side from the first film member , characterized in that a surface of the second film member , the surface being positioned on an opposite side of the second film member from the display surface , has an arithmetic mean roughness Ra set to a value within a range of not less than 0.5 μm and not greater than 1.5 μm, and has a maximum height of rolling circle waviness profile W EM set to a value within a range of not less than 10.0 μm and not greater than 20.0 μm.
A household appliance having a container , having a cover body that closes the container ; a mounting base disposed on the container, wherein the mounting base is provided thereon with a shaft and a projecting portion ; and a pivot arm provided thereon with a pivot sleeve sleeved on the shaft ; and disposed on the cover body , wherein the pivot arm is in rotational connection with the mounting base through the shaft and a volute spiral spring connected to the mounting base and the pivot arm separately, characterized in that : a first end of the volute spiral spring is a ring-like structure, and is sleeved on the projecting portion ; and a second end of the volute spiral spring is a ring-like structure, and is sleeved on the pivot sleeve; or the second end of the volute spiral spring is a hook-like structure, and is fixedly connected to a clamping block disposed on the pivot arm . a first end of the volute spiral spring is a ring-like structure, and is sleeved on the projecting portion ; and a second end of the volute spiral spring is a ring-like structure, and is sleeved on the pivot sleeve; or the second end of the volute spiral spring is a hook-like structure, and is fixedly connected to a clamping block disposed on the pivot arm .