mhurhangee/ep-ind-claims huggingface dataset:
A driver comprising: a controller configured to determine at least one of an impedance and a voltage difference; a motor coupled to a power source and further coupled to the controller such that the controller can affect the motor's operation; a drive shaft coupled to the motor such that the motor can move the drive shaft; a trigger coupled to the controller and configured to activate the motor; and a first electrode configured to be coupled to the controller; where the driver is configured to be coupled to an intraosseous device and used, with the intraosseous device, to determine at least one of a change in an impedance and a change in a voltage difference across biological material; characterised in that the controller is configured to compare at least one of the change in impedance and the change in voltage difference to a threshold; and where the controller is configured to deactivate the motor or change a rotational speed of the motor when at least one of the change in impedance and the change in voltage difference meets or exceeds the threshold. a controller configured to determine at least one of an impedance and a voltage difference; a motor coupled to a power source and further coupled to the controller such that the controller can affect the motor's operation; a drive shaft coupled to the motor such that the motor can move the drive shaft; a trigger coupled to the controller and configured to activate the motor; and a first electrode configured to be coupled to the controller; where the driver is configured to be coupled to an intraosseous device and used, with the intraosseous device, to determine at least one of a change in an impedance and a change in a voltage difference across biological material; characterised in that the controller is configured to compare at least one of the change in impedance and the change in voltage difference to a threshold; and where the controller is configured to deactivate the motor or change a rotational speed of the motor when at least one of the change in impedance and the change in voltage difference meets or exceeds the threshold.
A system, comprising: at least one memory that stores computer-executable instructions; and at least one processor configured to access the at least one memory, wherein the at least one processor is configured to execute the computer-executable instructions to: receive vehicle information based at least in part on at least one electric vehicle; receive other information based at least in part on a charging station for the at least one vehicle; and transmit the vehicle information and the other information to a data receiving device; wherein the vehicle information comprises a time when the at least one vehicle was charging, a length of time the at least one vehicle was charging, and/or a distance the at least one vehicle travelled during a predefined time period, characterized in that the vehicle information and the other information are utilized for planning power allocation on a grid and/or predicting power usage on the grid, and planning at least one upgrade to the grid based at least in part on the received vehicle information and the received other information. at least one memory that stores computer-executable instructions; and at least one processor configured to access the at least one memory, wherein the at least one processor is configured to execute the computer-executable instructions to: receive vehicle information based at least in part on at least one electric vehicle; receive other information based at least in part on a charging station for the at least one vehicle; and transmit the vehicle information and the other information to a data receiving device; wherein the vehicle information comprises a time when the at least one vehicle was charging, a length of time the at least one vehicle was charging, and/or a distance the at least one vehicle travelled during a predefined time period, characterized in that the vehicle information and the other information are utilized for planning power allocation on a grid and/or predicting power usage on the grid, and planning at least one upgrade to the grid based at least in part on the received vehicle information and the received other information. receive vehicle information based at least in part on at least one electric vehicle; receive other information based at least in part on a charging station for the at least one vehicle; and transmit the vehicle information and the other information to a data receiving device; wherein the vehicle information comprises a time when the at least one vehicle was charging, a length of time the at least one vehicle was charging, and/or a distance the at least one vehicle travelled during a predefined time period, characterized in that the vehicle information and the other information are utilized for planning power allocation on a grid and/or predicting power usage on the grid, and planning at least one upgrade to the grid based at least in part on the received vehicle information and the received other information.
A radiator comprising a plurality of essentially tubular heating tubes (1, 2) which are arranged adjacent to each other and connected to each other by means of connecting tubes and comprising a connecting device, wherein thanks to the connecting device one of the heating tubes (1, 2) is directly connected to the feed pipe and another one is directly connected to the return pipe for a heating medium of a heating system, characterized in that the connecting device includes a housing having two passage conduits (5, 8) wherein respectively one first opening (7, 10) of each one of the two conduits (5, 8) is positioned such that they open the respective conduit (5, 8) in the area of a heating tube (1, 2) to be connected of the radiator and are put on a corresponding connection opening of the heating tube (1, 2) in a flow-proof manner, and wherein the respectively other openings (6, 9) of each one of the two conduits open the respective conduit (5, 8) in the area of a feed/return pipe connection side of the housing, and that the first openings (7, 10) of the two conduits (5, 8) are arranged in an offset manner with respect to each other such that they are put on connection openings of heating tubes (1, 2) arranged on top of each other, wherein the first openings (7, 10) are equipped with tube pieces.
A recognition method for a dental object, comprising the steps of: - providing a digital dental object in a coordinate system describing a shape of the dental object to be manufactured; and - automatically assigning the digital dental object to a specified class based on the shape by a self-learning algorithm; - assigning a manufacturing method to the digital dental object based on the assigned class; and - adding further spatial structures to the digital dental object based on the assigned manufacturing method. - providing a digital dental object in a coordinate system describing a shape of the dental object to be manufactured; and - automatically assigning the digital dental object to a specified class based on the shape by a self-learning algorithm; - assigning a manufacturing method to the digital dental object based on the assigned class; and - adding further spatial structures to the digital dental object based on the assigned manufacturing method.
A dual CCT automotive headlight, comprising: at least one first LED configured to emit light of a first color; at least one second LED configured to emit light of a second color different from the first color; a light mixing device arranged to receive and mix light from the at least one first LED and the at least one second LED and to emit the mixed light, wherein the light mixing device comprises: a body made of a material having a higher refractive index than air and comprising scattering particles distributed within the material; wherein, the outer surface of the body comprises a light incident area and a light emergent area, the light incident area being arranged to receive the light from the at least one first LED and the at least one second LED; and the material and the scattering particles are arranged for mixing the received light and emitting the mixed light from the light emergent area, wherein the light emergent area is smaller than the light incident area. at least one first LED configured to emit light of a first color; at least one second LED configured to emit light of a second color different from the first color; a light mixing device arranged to receive and mix light from the at least one first LED and the at least one second LED and to emit the mixed light, wherein the light mixing device comprises: a body made of a material having a higher refractive index than air and comprising scattering particles distributed within the material; wherein, the outer surface of the body comprises a light incident area and a light emergent area, the light incident area being arranged to receive the light from the at least one first LED and the at least one second LED; and the material and the scattering particles are arranged for mixing the received light and emitting the mixed light from the light emergent area, a body made of a material having a higher refractive index than air and comprising scattering particles distributed within the material; wherein, the outer surface of the body comprises a light incident area and a light emergent area, the light incident area being arranged to receive the light from the at least one first LED and the at least one second LED; and the material and the scattering particles are arranged for mixing the received light and emitting the mixed light from the light emergent area, wherein the light emergent area is smaller than the light incident area.
Method for access control to equipment linked to means for rendering at least one haptic signal on a haptic rendering surface, the haptic signal being a touch-discernible texture, the method comprising, following the receipt of an access request, the following steps: - selection of a haptic signal from among a plurality of haptic signals, a haptic signal being previously associated with a gesture performed by movement of a contact with a touch-sensitive surface of the equipment, the haptic signal being selected according to the gesture which is associated with it, - command to render the haptic signal, - receipt of information on detection of a gesture of response to said signal, - validation of the response gesture when the detected gesture corresponds to a gesture previously associated with the rendered haptic signal, and - authorisation of access following the validation of said gesture, characterized in that the haptic signal is selected in such a way that no movement out of the touch-sensitive surface is required to execute the associated gesture from a predetermined location, another haptic signal being selected should the case arise, in that the rendering, detection and validation steps are repeated for a sequence of haptic signals and in that the step of authorisation of the access is triggered following the validation of the gesture of response to the last haptic signal of the sequence. - selection of a haptic signal from among a plurality of haptic signals, a haptic signal being previously associated with a gesture performed by movement of a contact with a touch-sensitive surface of the equipment, the haptic signal being selected according to the gesture which is associated with it, - command to render the haptic signal, - receipt of information on detection of a gesture of response to said signal, - validation of the response gesture when the detected gesture corresponds to a gesture previously associated with the rendered haptic signal, and - authorisation of access following the validation of said gesture,
Pencil provided with an end piece (10, 10') for a capacitive screen, the pencil comprising an insulating body and a conductive longitudinal internal core extending in an axial direction of said pencil, said end piece comprising a base (12, 12') on which is mounted a contact pad for a capacitive screen, and a contactor (30, 30') which provides an electrical connection between the pad and the conductive longitudinal internal core of the pencil, said contactor (30, 30') comprising a conductive projection (16, 18; 18'), the contactor (30, 30') comprising a spring (18, 18') working in compression.
A method for producing a side-gusseted bag, wherein a material web of a bag film is supplied in a production direction (p); wherein by folding the bag film a side-gusseted tube comprising a first front wall, a second front wall and side gussets (2a, 2b), which are disposed between and connect the front walls (1a, 1b) is formed and wherein individual side-gusseted bags are separated from the side-gusseted tube, wherein an incision extending in a transverse direction is produced in the bag film for each side-gusseted bag such that, in the side-gusseted tube, the incision extends over both side gussets (2a, 2b) and the first front wall, which is situated between the side gussets (2a, 2b), wherein in the side-gusseted tube, the first front wall, which is separated by the incision, is lifted on one side of the incision and is at least partially folded over, whereby the underlying second front wall and the side gussets (2a, 2b) are exposed in sections, wherein to form a flat base, a separate film section is connected via first connecting seams to the folded-over section of the first front wall and the second front wall and via second connecting seams to the exposed side gussets (2a, 2b), and wherein the folded-over section is folded back in such a way that the second connecting seams extend in parallel to the first connecting seams in the transverse direction.
An implant kit, comprising: a plurality of tissue anchors (207, 2318, 2418a - 2418c) configured to be at least partially embedded into tissue (502, 2430) at respective locations about an orifice in the tissue during an implant procedure; an implant member (2332, 2400) having a plurality of segments (2000, 2402a - 2402c) physically coupled to one another, in a delivery configuration the segments being articulable with respect to one another by a respective articulation joint such that the implant member is manipulable to a size and dimension to be deliverable via a catheter (202, 2302) and in an deployed configuration the segments are configured to form a structure sufficiently rigid to affect a shape of the orifice in the tissue when the implant member is positioned to physically couple with the embedded tissue anchors; and a plurality of implant guide lines (2330, 2416, 2514) that in use during the implant procedure extend from the plurality of tissue anchors and provide a physical path for the implant member to respective ones of the embedded tissue anchors, the implant member adapted to be guided along the physical path to a position where the implant member is physically coupled with the embedded tissue anchors and secured to the tissue under tension in the deployed configuration. a plurality of tissue anchors (207, 2318, 2418a - 2418c) configured to be at least partially embedded into tissue (502, 2430) at respective locations about an orifice in the tissue during an implant procedure; an implant member (2332, 2400) having a plurality of segments (2000, 2402a - 2402c) physically coupled to one another, in a delivery configuration the segments being articulable with respect to one another by a respective articulation joint such that the implant member is manipulable to a size and dimension to be deliverable via a catheter (202, 2302) and in an deployed configuration the segments are configured to form a structure sufficiently rigid to affect a shape of the orifice in the tissue when the implant member is positioned to physically couple with the embedded tissue anchors; and a plurality of implant guide lines (2330, 2416, 2514) that in use during the implant procedure extend from the plurality of tissue anchors and provide a physical path for the implant member to respective ones of the embedded tissue anchors, the implant member adapted to be guided along the physical path to a position where the implant member is physically coupled with the embedded tissue anchors and secured to the tissue under tension in the deployed configuration.
Squeeze bottle dispenser with actuation lock, having the following features: a. the squeeze bottle dispenser comprises a liquid reservoir in the form of a squeeze bottle, and b. the squeeze bottle dispenser comprises a discharge head with a discharge opening, characterized by the following further features: c. the squeeze bottle dispenser has a protective sleeve, which is captively connected to the liquid reservoir and can be displaced in a translational movement or a superposed or sequential translational and rotational movement between a protective position and a release position in relation to the liquid reservoir with respect to a main axis, and, d. in the protective position, the protective sleeve prevents or hinders the manual application of force to the liquid reservoir and thus the discharge of liquid, and, e. in the release position, the protective sleeve does not prevent or hinder the manual application of force to the liquid reservoir and thus allows the discharge of liquid. a. the squeeze bottle dispenser comprises a liquid reservoir in the form of a squeeze bottle, and b. the squeeze bottle dispenser comprises a discharge head with a discharge opening, c. the squeeze bottle dispenser has a protective sleeve, which is captively connected to the liquid reservoir and can be displaced in a translational movement or a superposed or sequential translational and rotational movement between a protective position and a release position in relation to the liquid reservoir with respect to a main axis, and, d. in the protective position, the protective sleeve prevents or hinders the manual application of force to the liquid reservoir and thus the discharge of liquid, and, e. in the release position, the protective sleeve does not prevent or hinder the manual application of force to the liquid reservoir and thus allows the discharge of liquid.
A passively self-regulating membrane reactor for carrying out balanced reactions with at least a first reactant A and a second reactant B and a first product C and a second product D, the membrane reactor having a membrane which separates a reaction chamber from a permeate chamber and is permeable to the second reactant B and the second product D and is not permeable or only slightly permeable to the first product C, wherein - the first reactant A can be fed under pressure to the reaction chamber via a reaction chamber inlet, - the second reactant B can be fed under pressure to the reaction chamber via a permeate chamber inlet, the permeate chamber and the membrane, wherein - the pressure of the second reactant B is set as the sum of a desired partial pressure in the reaction chamber and a transmembrane pressure for transport into the reaction chamber, - the reaction chamber has a first separation chamber not directly adjacent to the membrane, the permeate chamber has a second separation chamber not directly adjacent to the membrane, - the first product C can be discharged from the reaction chamber via a first separation chamber separately from the first reactant A at a reaction chamber outlet, and - the second product D can be discharged from the permeate chamber via a second separation chamber separately from the second reactant B at a permeate chamber outlet as a result of permeation through the membrane. - the first reactant A can be fed under pressure to the reaction chamber via a reaction chamber inlet, - the second reactant B can be fed under pressure to the reaction chamber via a permeate chamber inlet, the permeate chamber and the membrane, wherein - the pressure of the second reactant B is set as the sum of a desired partial pressure in the reaction chamber and a transmembrane pressure for transport into the reaction chamber, - the reaction chamber has a first separation chamber not directly adjacent to the membrane, the permeate chamber has a second separation chamber not directly adjacent to the membrane, - the first product C can be discharged from the reaction chamber via a first separation chamber separately from the first reactant A at a reaction chamber outlet, and - the second product D can be discharged from the permeate chamber via a second separation chamber separately from the second reactant B at a permeate chamber outlet as a result of permeation through the membrane.
A positive electrode active material for all-solid lithium ion batteries, the positive electrode active material comprising: a core positive electrode active material having a composition represented by the following formula: LiaNibCocMdO2 in which M is at least one element selected from Mn, V, Mg, Ti and Al, 1.00 ≤ a ≤ 1.02, 0.8 ≤ b ≤ 0.9, and b + c + d = 1; and a coated portion formed on a surface of the core positive electrode active material, wherein the coated portion is an oxide comprising Li and Nb, and at least one transition metal having higher valency than that of Nb, wherein a ratio of a total content of Nb and the transition metal having higher valency than that of Nb in the coated portion is from 1.0 to 1.6 mol% with respect to a total content of Ni, Co and M in the core positive electrode active material; and wherein the ratio of the content of Nb is higher than that of the content of the transition metal having higher valency than that of Nb. a core positive electrode active material having a composition represented by the following formula: LiaNibCocMdO2 in which M is at least one element selected from Mn, V, Mg, Ti and Al, 1.00 ≤ a ≤ 1.02, 0.8 ≤ b ≤ 0.9, and b + c + d = 1; and a coated portion formed on a surface of the core positive electrode active material, wherein the coated portion is an oxide comprising Li and Nb, and at least one transition metal having higher valency than that of Nb, wherein a ratio of a total content of Nb and the transition metal having higher valency than that of Nb in the coated portion is from 1.0 to 1.6 mol% with respect to a total content of Ni, Co and M in the core positive electrode active material; and wherein the ratio of the content of Nb is higher than that of the content of the transition metal having higher valency than that of Nb.