mhurhangee/patent-ind-claim-en huggingface dataset:
A disposable measurement tip for an optical instrument for measuring light absorbance in a sample (f') from a liquid sample (f), the disposable measurement tip comprising; i) a tip body (e); ii) a capillary filling channel (a) in the tip body (e) for holding the sample (f') to be analyzed and having an opening (a') on one end of the tip body (e) to receive the sample (f') to be analyzed; iii) a population of micro-particles (c) pre-deposited within the capillary filling channel (a) and which can be suspended within the sample (f') to be analyzed when the sample (f') to be analyzed is received in the capillary filling channel (a) by capillary force; iv) an attachment point (d) for an optical instrument on the other end of the tip body (e), wherein in use the sample (f') to be analyzed in the tip is illuminated by the optical instrument from the attachment point (d) and the illumination impinges on the micro-particles (c) whereby the illumination is reflected by the micro-particles (c) several times such that the light travels a distance through the sample (f') to be analyzed, to be absorbed by the sample (f') to be analyzed, before the light is reflected back to the attachment point (d) for detection by the optical instrument and to thereby enable the measurement of light absorbance. i) a tip body (e); ii) a capillary filling channel (a) in the tip body (e) for holding the sample (f') to be analyzed and having an opening (a') on one end of the tip body (e) to receive the sample (f') to be analyzed; iii) a population of micro-particles (c) pre-deposited within the capillary filling channel (a) and which can be suspended within the sample (f') to be analyzed when the sample (f') to be analyzed is received in the capillary filling channel (a) by capillary force; iv) an attachment point (d) for an optical instrument on the other end of the tip body (e), wherein in use the sample (f') to be analyzed in the tip is illuminated by the optical instrument from the attachment point (d) and the illumination impinges on the micro-particles (c) whereby the illumination is reflected by the micro-particles (c) several times such that the light travels a distance through the sample (f') to be analyzed, to be absorbed by the sample (f') to be analyzed, before the light is reflected back to the attachment point (d) for detection by the optical instrument and to thereby enable the measurement of light absorbance.
A method for a femto node to configure one or more of its radio frequency, RF, parameters, comprising: determining parameters of one or more neighboring femto or pico nodes based in part on a broadcast message received from the one or more neighboring femto or pico nodes , whereby the parameters are capabilities that comprise a number of channel elements, a backhaul capacity or cost, a preferred user type, or an access mode; comparing the determined capabilities of the one or more neighboring femto or pico nodes to one or more capabilities of the femto node ; and adjusting one or more RF parameters for controlling transmission of the femto node based on the comparison improving a chance for an associated user equipment to handover to or reselect one of the one or more neighboring femto or pico nodes when the one of the one or more neighboring femto or pico nodes has capabilities above a threshold. determining parameters of one or more neighboring femto or pico nodes based in part on a broadcast message received from the one or more neighboring femto or pico nodes , whereby the parameters are capabilities that comprise a number of channel elements, a backhaul capacity or cost, a preferred user type, or an access mode; comparing the determined capabilities of the one or more neighboring femto or pico nodes to one or more capabilities of the femto node ; and adjusting one or more RF parameters for controlling transmission of the femto node based on the comparison improving a chance for an associated user equipment to handover to or reselect one of the one or more neighboring femto or pico nodes when the one of the one or more neighboring femto or pico nodes has capabilities above a threshold.
A prosthetic or orthopaedic knitted interface, characterized in that : a knitted structure is formed from a plurality of elastomeric polymer filaments formed from silicone having a plurality of interstices permitting transfer of air therethrough; wherein the knitted structure has a variable weave defined by varying of stitch density of the knit and the plurality of interstices vary in shape and size according to a stitch density of the knitted structure; wherein the knitted structure forms a tubular body constructed at least in part by the knitted structure, the tubular body having a closed distal end and an open proximal end along a central axis; wherein the tubular body is constructed such that the stitch density is varied either along the direction of the central axis of the tubular body, from the proximal end to the distal end, or in a circumferential direction, or a combination of both directions, the tubular body forming a solid section at the distal end, wherein at least one knitted section having the knitted structure is connected to the solid section at the distal end. a knitted structure is formed from a plurality of elastomeric polymer filaments formed from silicone having a plurality of interstices permitting transfer of air therethrough; wherein the knitted structure has a variable weave defined by varying of stitch density of the knit and the plurality of interstices vary in shape and size according to a stitch density of the knitted structure; wherein the knitted structure forms a tubular body constructed at least in part by the knitted structure, the tubular body having a closed distal end and an open proximal end along a central axis; wherein the tubular body is constructed such that the stitch density is varied either along the direction of the central axis of the tubular body, from the proximal end to the distal end, or in a circumferential direction, or a combination of both directions, the tubular body forming a solid section at the distal end, wherein at least one knitted section having the knitted structure is connected to the solid section at the distal end.
An electrical system , comprising a first electrical device and a second electrical device separated by a bulkhead parallel to a transverse plane (P3), each of the first and second devices comprising at least two connection terminals, the first electrical device being electrically connected to the second electrical device via an electrical connector , wherein: - the electrical connector comprises a pair of plates , including a first electrically conductive plate and a second electrically conductive plate , each plate having a central portion and two connection lugs : - the connection lugs of each plate extend longitudinally in line with the central portion from opposite edges of the central portion, the opposite edges being portions of the contour of the central portion, the portions of the contour being located on either side of the transverse plane (P3), the connection lugs of each plate being laterally offset from each other, - the first and second plates are stacked on top of each other, with the central portions superimposed and separated by a gap , - the connection lugs of the first and second plates are, on the side of each of said opposite edges, laterally offset from each other, - the electrical connector further comprises an insulation structure comprising an interlayer of electrically insulating material housed in a gap between the central portions of the first and second plates, characterised in that the electrical connector is configured to mate with sealing members so as to pass through the bulkhead in a sealed manner, two of the terminals of the first device being connected to two of the connection terminals of the electrical connector located on one of the sides of the corresponding bulkhead, while two of the terminals of the second device are connected to two of the connection terminals of the electrical connector located on the other of the sides of that bulkhead. - the electrical connector comprises a pair of plates , including a first electrically conductive plate and a second electrically conductive plate , each plate having a central portion and two connection lugs : - the connection lugs of each plate extend longitudinally in line with the central portion from opposite edges of the central portion, the opposite edges being portions of the contour of the central portion, the portions of the contour being located on either side of the transverse plane (P3), the connection lugs of each plate being laterally offset from each other, - the first and second plates are stacked on top of each other, with the central portions superimposed and separated by a gap , - the connection lugs of the first and second plates are, on the side of each of said opposite edges, laterally offset from each other, - the electrical connector further comprises an insulation structure comprising an interlayer of electrically insulating material housed in a gap between the central portions of the first and second plates,
Method for producing a plug-in connector which has a contact carrier that is injection-moulded from plastic and that has contact chambers for receiving a respective contact partner, wherein furthermore a sealing element is provided which acts on in each case an outer sheath of at least one cable , which is guided out of the plug-in connector and the end of which of its electrical conductor is connected to the associated contact partner, wherein the sealing element is likewise produced from plastic in an injection-moulding process and joined to the contact carrier after said sealing element has been produced, wherein the sealing element is produced from exactly two parts , which are initially partially open for receiving the cable and which, after receiving the cable , are joined together for the purpose of completely enclosing the cable , and wherein the exactly two parts are connected to one another during their production by way of a flexible connection, in particular a film hinge, wherein the two parts of the sealing element are surrounded by a subsequent encapsulation , after the cables have been fixed there in their end position.
A performance enhanced semiconductor apparatus comprising: a natural language processing system implemented using one or more neural networks and configured to: identify a sequence of events associated with a computer architecture; categorize the sequence of events into a sequence of words, the sequence of words forming one or more sentences; conduct a determination that the at least one sentence is to be dissimilar from any sentence structure defined by a domain specific language associated with the computer architecture; and identify an anomaly indicating the computer architecture to deviate from an expected behavior based on said determination; and trigger an automatic remediation process in response to an identification of the anomaly , wherein the automatic remediation process includes an adjustment to one or more of a hardware parameter of the computer architecture to mitigate and/or prevent the anomaly or an adjustment to a software parameter of the computer architecture to mitigate and/or prevent the anomaly . identify a sequence of events associated with a computer architecture; categorize the sequence of events into a sequence of words, the sequence of words forming one or more sentences; conduct a determination that the at least one sentence is to be dissimilar from any sentence structure defined by a domain specific language associated with the computer architecture; and identify an anomaly indicating the computer architecture to deviate from an expected behavior based on said determination; and trigger an automatic remediation process in response to an identification of the anomaly , wherein the automatic remediation process includes an adjustment to one or more of a hardware parameter of the computer architecture to mitigate and/or prevent the anomaly or an adjustment to a software parameter of the computer architecture to mitigate and/or prevent the anomaly .
A charging member comprising: a support member ; an elastic layer provided on the support member; an outer layer provided on the elastic layer; and a protective layer provided as an outermost layer on the outer layer, wherein the protective layer contains silica and has a silicon element concentration of 10 atomic% or more as measured in accordance with the description; and the outer peripheral surface has a contact angle with water of 35 degrees or less as measured in accordance with the description. a support member ; an elastic layer provided on the support member; an outer layer provided on the elastic layer; and a protective layer provided as an outermost layer on the outer layer, wherein the protective layer contains silica and has a silicon element concentration of 10 atomic% or more as measured in accordance with the description; and the outer peripheral surface has a contact angle with water of 35 degrees or less as measured in accordance with the description.
An hermetically sealed artificial leg comprising an upper member for supporting a socket at an upper end thereof, a lower member for supporting a foot part at a lower end thereof, a knee joint for bendably coupling said upper and lower members , a cylinder device for assisting and/or limiting movement of said knee joint , a shell structure for surrounding an outside of said cylinder device, said cylinder device including a cylinder body having an axis, and a rod member extending in a direction of said axis from said cylinder body, said rod member extending from inside of said shell structure to outside thereof, and, a bellows packing member for hermetically sealing a periphery of said rod member, wherein said bellows packing member includes: an inner bead defining a hole for receiving said rod member therein and serving as a sealing portion for an inner periphery of said bellows packing member; an outer bead serving as an attachment part to a side of said shell structure and also serving as a sealing portion for the side of said shell structure; and, characterized in that: a bellows packing body part which is a body portion located between said inner and outer beads and which has a plurality of corrugations aligned with each other and which is capable of varying a distance between said inner and outer beads, and wherein each of said corrugations is less curved than an imaginary circle which is a concentric circle with said inner and outer beads and located between said inner and outer beads and both ends of said corrugation reach the outer bead or are located at positions closer to the outer bead than the inner bead. an inner bead defining a hole for receiving said rod member therein and serving as a sealing portion for an inner periphery of said bellows packing member; an outer bead serving as an attachment part to a side of said shell structure and also serving as a sealing portion for the side of said shell structure; and, characterized in that: a bellows packing body part which is a body portion located between said inner and outer beads and which has a plurality of corrugations aligned with each other and which is capable of varying a distance between said inner and outer beads, and wherein each of said corrugations is less curved than an imaginary circle which is a concentric circle with said inner and outer beads and located between said inner and outer beads and both ends of said corrugation reach the outer bead or are located at positions closer to the outer bead than the inner bead. a bellows packing body part which is a body portion located between said inner and outer beads and which has a plurality of corrugations aligned with each other and which is capable of varying a distance between said inner and outer beads, and wherein each of said corrugations is less curved than an imaginary circle which is a concentric circle with said inner and outer beads and located between said inner and outer beads and both ends of said corrugation reach the outer bead or are located at positions closer to the outer bead than the inner bead.
Control device comprising electronic nodes that are connected such that, at least between two electronic end nodes , each electronic node comprises: - a power supply input for said electronic node to be supplied with power by a preceding electronic node ; - a power supply output for a subsequent electronic node ; - a member for measuring a physical quantity; - a member for transferring a datum representing the physical quantity measured by said measurement member using, as a transmission vector, the power supply input of said electronic node , characterized in that , at least between two electronic end nodes , each electronic node further comprises: - a voltage transfer member that is suitable for allowing or preventing the transfer of a supply voltage that is present at the power supply input from the power supply input of said node to the power supply output of said node. - a power supply input for said electronic node to be supplied with power by a preceding electronic node ; - a power supply output for a subsequent electronic node ; - a member for measuring a physical quantity; - a member for transferring a datum representing the physical quantity measured by said measurement member using, as a transmission vector, the power supply input of said electronic node , characterized in that , at least between two electronic end nodes , each electronic node further comprises: - a voltage transfer member that is suitable for allowing or preventing the transfer of a supply voltage that is present at the power supply input from the power supply input of said node to the power supply output of said node.
A cleaning apparatus , comprising: a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head ; a supply tank adapted to hold a quantity of cleaning fluid; a cleaning fluid outlet in fluid communication with the supply tank and positioned to distribute cleaning fluid to the floor surface; a distribution path between the supply tank and the outlet ; the cleaning apparatus further characterized by an accelerometer configured to detect acceleration of the cleaning apparatus to determine if the cleaning apparatus is moving; and a diverter in the distribution path and configured to divert cleaning fluid away from the cleaning fluid outlet when no acceleration of the cleaning apparatus is detected by the accelerometer , and to deliver cleaning fluid to the cleaning fluid outlet when acceleration of the cleaning apparatus is detected by the accelerometer . a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head ; a supply tank adapted to hold a quantity of cleaning fluid; a cleaning fluid outlet in fluid communication with the supply tank and positioned to distribute cleaning fluid to the floor surface; a distribution path between the supply tank and the outlet ; the cleaning apparatus further characterized by an accelerometer configured to detect acceleration of the cleaning apparatus to determine if the cleaning apparatus is moving; and a diverter in the distribution path and configured to divert cleaning fluid away from the cleaning fluid outlet when no acceleration of the cleaning apparatus is detected by the accelerometer , and to deliver cleaning fluid to the cleaning fluid outlet when acceleration of the cleaning apparatus is detected by the accelerometer .
A cell composition comprising musculoskeletal stem cells (MSSCs) having the following characteristics: positive for the ectodermal marker nestin (NES); positive for the myogenic satellite marker Pax7; positive for the mesodermal marker α-SMA; negative for the pluripotency marker LIN28; and negative for the mesenchymal stem cell marker CD90. positive for the ectodermal marker nestin (NES); positive for the myogenic satellite marker Pax7; positive for the mesodermal marker α-SMA; negative for the pluripotency marker LIN28; and negative for the mesenchymal stem cell marker CD90.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the processor, cause the apparatus to at least: receive a set of probe data points defining a portion of a trajectory; identify a predetermined temporal length range of sub-traj ectories; receive a mode and an offset being established based on a preceding set of probe data points defining a preceding portion of the trajectory, wherein the mode comprises an indication of whether to generate a sub-trajectory or a gap from the beginning of the received set of probe data points, and wherein the offset identifies, respectively, when a last sub-trajectory or a last gap of the preceding set of probe data points began; and establish at least one sub-trajectory comprising a sub-set of the set of probe data points, wherein the at least one sub-trajectory is established to satisfy the predetermined temporal length range of sub-trajectories, wherein the length of the at least one sub-trajectory includes the offset in response to the at least one sub-trajectory being generated from the beginning of the received set of probe data points. receive a set of probe data points defining a portion of a trajectory; identify a predetermined temporal length range of sub-traj ectories; receive a mode and an offset being established based on a preceding set of probe data points defining a preceding portion of the trajectory, wherein the mode comprises an indication of whether to generate a sub-trajectory or a gap from the beginning of the received set of probe data points, and wherein the offset identifies, respectively, when a last sub-trajectory or a last gap of the preceding set of probe data points began; and establish at least one sub-trajectory comprising a sub-set of the set of probe data points, wherein the at least one sub-trajectory is established to satisfy the predetermined temporal length range of sub-trajectories, wherein the length of the at least one sub-trajectory includes the offset in response to the at least one sub-trajectory being generated from the beginning of the received set of probe data points.