mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable finger splint comprising: a main body including: a metacarpophalangeal (MCP) platform having at least one front surface to allow a user to apply a first pressure to the adjustable finger splint; and a frame coupled to the MCP platform , the frame extending upward from the MCP platform and defining a cavity , the cavity to receive a finger; and a slide to releasably couple to the main body within the cavity to allow the slide to move relative to the main body , the slide having a wedge , the wedge having a predefined curvature and the slide having a back surface to allow the user to apply a second pressure to the adjustable finger splint , the second pressure in a direction substantially opposite the first pressure; said predefined curvature configured to cause the finger when located in said cavity to straighten as the slide is pushed towards the front end of the finger splint by said first and second pressures, the front end positioned away from the user during use. a metacarpophalangeal (MCP) platform having at least one front surface to allow a user to apply a first pressure to the adjustable finger splint; and a frame coupled to the MCP platform , the frame extending upward from the MCP platform and defining a cavity , the cavity to receive a finger; and a slide to releasably couple to the main body within the cavity to allow the slide to move relative to the main body , the slide having a wedge , the wedge having a predefined curvature and the slide having a back surface to allow the user to apply a second pressure to the adjustable finger splint , the second pressure in a direction substantially opposite the first pressure;
A device for the discharge of a pressurised liquid, comprising: a liquid intake section , a liquid discharge lance , a pump , which can be connected to a motor , the pump having an inlet connected to an intake section and an outlet connected to the discharge lance , wherein the discharge lance and the pump are connected by a connection which has at the most three rotational degrees of freedom and/or one translational degree of freedom, the device further comprising an outlet check valve with a first position and a second position, wherein in the first position the outlet check valve is open, and wherein in the second position the outlet check valve can be opened if a pressure above a predetermined value is applied to its intake, and characterized by a control lever , operable to set the outlet check valve in the first position or in the second position. a liquid intake section , a liquid discharge lance , a pump , which can be connected to a motor , the pump having an inlet connected to an intake section and an outlet connected to the discharge lance , wherein the discharge lance and the pump are connected by a connection which has at the most three rotational degrees of freedom and/or one translational degree of freedom, the device further comprising an outlet check valve with a first position and a second position, wherein in the first position the outlet check valve is open, and wherein in the second position the outlet check valve can be opened if a pressure above a predetermined value is applied to its intake, and characterized by a control lever , operable to set the outlet check valve in the first position or in the second position.
A back-side illuminated (BSI) SPAD pixel circuit comprising: a substrate material ; a first sidewall isolation structure and a second sidewall isolation structure; a diffraction grating structure configured on the substrate material; a first doped region overlaying the diffraction grating structure, the first doped region comprising a first top surface region and a second top surface region; a second doped region overlaying the first top surface region of the first doped region, the second doped region comprising a third top surface region; a third doped region overlaying the second top surface region of the first doped region and the third top surface region of the second doped region, the third dope region being positioned between the first sidewall isolation structure and the second sidewall isolation structure; and a light-trapping structure overlaying the third doped region; wherein, the second doped region or the third doped region forms a SPAD junction with the first doped region, and a doping concentration of the third doped region gradually increases from bottom to top. a substrate material ; a first sidewall isolation structure and a second sidewall isolation structure; a diffraction grating structure configured on the substrate material; a first doped region overlaying the diffraction grating structure, the first doped region comprising a first top surface region and a second top surface region; a second doped region overlaying the first top surface region of the first doped region, the second doped region comprising a third top surface region; a third doped region overlaying the second top surface region of the first doped region and the third top surface region of the second doped region, the third dope region being positioned between the first sidewall isolation structure and the second sidewall isolation structure; and a light-trapping structure overlaying the third doped region; wherein, the second doped region or the third doped region forms a SPAD junction with the first doped region, and a doping concentration of the third doped region gradually increases from bottom to top.
A modular system of motorized conveyor rollers, comprising: - a conveyor roller tube , - a first axle unit , which is integrated in a first end of the conveyor roller tube, - a second axle unit , which is integrated in a second end of the conveyor roller tube opposite the first end, - a first bearing unit on the first end and a second bearing unit on the second end, about which the conveyor roller tube is mounted rotatably about the first and second axle units, respectively, - an electric motor arranged in the conveyor roller tube and mechanically coupled between the second axle unit und the conveyor roller tube for generating a torque between the conveyor roller tube and the second axle unit, wherein the modular system comprises, as an electric motor, - a motor of a first design, which is coupled to the conveyor roller tube via a first interface and to the second axle unit via a second interface , and - a motor of a second design different from the first design, which is coupled to the conveyor roller tube via the first interface and to the second axle unit via the second interface. - a conveyor roller tube , - a first axle unit , which is integrated in a first end of the conveyor roller tube, - a second axle unit , which is integrated in a second end of the conveyor roller tube opposite the first end, - a first bearing unit on the first end and a second bearing unit on the second end, about which the conveyor roller tube is mounted rotatably about the first and second axle units, respectively, - an electric motor arranged in the conveyor roller tube and mechanically coupled between the second axle unit und the conveyor roller tube for generating a torque between the conveyor roller tube and the second axle unit, - a motor of a first design, which is coupled to the conveyor roller tube via a first interface and to the second axle unit via a second interface , and - a motor of a second design different from the first design, which is coupled to the conveyor roller tube via the first interface and to the second axle unit via the second interface.
A guide rail for blinds comprises two rail parts , comprising a mounting rail as a base element and an insertion element , wherein the base element essentially has a groove shape having a base surface , a first leg having a first undercut , and a second leg for accommodating the insertion element and the insertion element is essentially L-shaped and is movably connectable to the second leg of the base element by the insertion element being insertable into the base element along its length from its end and being rotatable around its longitudinal axis between an open and a closed position in cooperation with the base element and forming a longitudinal opening (L, L') between the insertion element and the base element , which is wider in the open position than in the closed position, wherein the insertion element forms a second undercut on the longitudinal opening (L') of the grooved base element in the closed position, and the insertion element is lockable in the closed position with the base element , characterized in that the insertion element , inserted along its longitudinal axis into the base element , is non-detachably connected to the base element by means of a rotatable connection at the free end of the second leg of the grooved base element transversely to the longitudinal axis of the guide rail and the insertion element is rotatable outward with respect to the base element transversely to the longitudinal axis of the guide rail to close the guide rail into the closed position and the insertion element is rotatable inward into the base element transversely to the longitudinal axis of the guide rail to open the guide rail into the open position.
Orthopaedic corset for the support of the spinal column , comprising: - a floppy containment structure adapted to be arranged stably around the torso of a user, - rear stiffening means for stiffening said floppy structure , constrained to the latter, said rear stiffening means comprising a plate made of a single body, comprising at least one portion with a quadrangular extension and having a central gap with a longitudinal extension configured to be arranged overlapping with a portion of the user's spinal column , said floppy structure comprising a pocket configured to contain said plate made of a single body, characterized in that said plate is made of Kydex ® , said Kydex ® being a polyvinyl acrylic chloride composite, and having a thickness comprised between 1 mm and 1.5 mm. - a floppy containment structure adapted to be arranged stably around the torso of a user, - rear stiffening means for stiffening said floppy structure , constrained to the latter, said rear stiffening means comprising a plate made of a single body, comprising at least one portion with a quadrangular extension and having a central gap with a longitudinal extension configured to be arranged overlapping with a portion of the user's spinal column , said floppy structure comprising a pocket configured to contain said plate made of a single body, characterized in that said plate is made of Kydex ® , said Kydex ® being a polyvinyl acrylic chloride composite, and having a thickness comprised between 1 mm and 1.5 mm.
A build plate system comprising: a build plate including a body defining at least one cavity , an insert disposable with the build plate and having a threaded surface ; and a proximal portion of a screw shaft of a bone fastener , the proximal portion including threads and a distal face , wherein the proximal portion is connectable to the insert via threaded engagement of the threads with the threaded surface , wherein the insert is sized and shaped to fit within the at least one cavity such that, when the proximal portion is connected to the insert and the insert is disposed with the build plate , the at least one cavity orients the insert thereby orienting the distal face for forming at least a further portion of the screw shaft onto the distal face by a manufacturing method using an additive manufacturing apparatus. a build plate including a body defining at least one cavity , an insert disposable with the build plate and having a threaded surface ; and a proximal portion of a screw shaft of a bone fastener , the proximal portion including threads and a distal face , wherein the proximal portion is connectable to the insert via threaded engagement of the threads with the threaded surface , wherein the insert is sized and shaped to fit within the at least one cavity such that, when the proximal portion is connected to the insert and the insert is disposed with the build plate , the at least one cavity orients the insert thereby orienting the distal face for forming at least a further portion of the screw shaft onto the distal face by a manufacturing method using an additive manufacturing apparatus.
A method of operating a sensor device for actuation by deformation of an operating body comprising the following steps: - Generating at least one sensor signal of a sensor device as a result of a deformation of the operating body , - Evaluating the sensor signal by comparing the sensor signal with a reference and recognizing a deviation (200.1) of the sensor signal from the reference , - Adaptation of the reference to a deformation state of the operating body as a function of the deviation (200.1) of the sensor signal , characterized in that the adaptation only takes place in the event of an unintentional change in the deformation state of the operating body , the unintentional change in the deformation state being distinguished from an intentional change in the deformation state by the speed of the change in the deformation state. - Generating at least one sensor signal of a sensor device as a result of a deformation of the operating body , - Evaluating the sensor signal by comparing the sensor signal with a reference and recognizing a deviation (200.1) of the sensor signal from the reference , - Adaptation of the reference to a deformation state of the operating body as a function of the deviation (200.1) of the sensor signal , characterized in that the adaptation only takes place in the event of an unintentional change in the deformation state of the operating body , the unintentional change in the deformation state being distinguished from an intentional change in the deformation state by the speed of the change in the deformation state.
A composition comprising microRNA 106b for use in the treatment of a heart disease wherein the treatment comprises the induction of cardiomyocyte cell cycle proliferation and wherein the treatment is performed after a heart infarct.
Rim for a bicycle wherein a filling layer is present on the outer surface and the rim is manufactured by Liquid Composites Moulding, such as an RTM-method or a VARI-method, characterised in that the filling layer is formed as a non-woven layer or a plurality of non-woven layers .
Device for adjusting a first component and a second component of a means of passenger and/or freight transportation relative to each other, wherein the two components are arranged adjacent to each other, forming a joint , comprising - a main body , - an adjusting element , movably mounted in the main body along a first axis (A1) and/or around the first axis (A1), - a positioning element , movably mounted in the main body along a second axis (A1), which interacts with the adjusting element such that the movement of the adjusting element along the first axis (A1) or around the first axis (A1) is transformed into a movement of the positioning element or of the adjusting element along the second axis (A2), wherein the movement of the positioning element and/or of the adjusting element along the second axis (A2) can be transmitted to the first component or the second component , and - a fixing device for fixing the adjusting element and the positioning element in a selectable position, wherein - the adjusting element is implemented as a screw , characterized in that the fixing device is implemented as a self-locking thread of the screw with a screw head . - a main body , - an adjusting element , movably mounted in the main body along a first axis (A1) and/or around the first axis (A1), - a positioning element , movably mounted in the main body along a second axis (A1), which interacts with the adjusting element such that the movement of the adjusting element along the first axis (A1) or around the first axis (A1) is transformed into a movement of the positioning element or of the adjusting element along the second axis (A2), wherein the movement of the positioning element and/or of the adjusting element along the second axis (A2) can be transmitted to the first component or the second component , and - a fixing device for fixing the adjusting element and the positioning element in a selectable position, wherein - the adjusting element is implemented as a screw ,
A polycarbonate composition comprising: A) 80-97.5 parts by weight of aromatic polycarbonate, B) 0.1-0.3 parts by weight of metal organic sulfonate; C) 0.3-0.7 parts by weight of anti-dripping agent; D) 0.1-4 parts by weight of hydrolysis stabilizer, and E) 2-7 parts by weight of polysilsesquioxane, wherein the total amount of the composition is 100 parts by weight. A) 80-97.5 parts by weight of aromatic polycarbonate, B) 0.1-0.3 parts by weight of metal organic sulfonate; C) 0.3-0.7 parts by weight of anti-dripping agent; D) 0.1-4 parts by weight of hydrolysis stabilizer, and E) 2-7 parts by weight of polysilsesquioxane,
An optical image stabilizer comprising three stacked frames, namely a lower frame , a middle frame and an upper frame , said upper frame being suitable to firmly hold one or more imaging systems (14; 24, 24'), wherein each stacked frame is connected to at least another stacked frame by means of at least four flexible elements (LM, LU), said middle and upper frames being slidably movable with respect to said lower frame , wherein the movements of the middle and upper frames are orthogonal to each other and to the optical axis of the imaging system(s), said orthogonal movements being controlled each by a couple of antagonistic shape memory alloy wires (16, 16'; 17, 17') that engage retaining elements formed on the frames on opposing sides thereof.
A gripper for a robot of an automated storage system , comprising a solitary fork which comprises: - a body extending between two opposing ends , - a first prong and a second prong fixed to and extending from the respective two opposing ends of the body, and - a lip , which extends from the body between the first prong and the second prong , wherein: - the first prong , the second prong , and the lip each comprise an engaging edge and wherein - the engaging edges form a trilateral gripping interface, wherein - the gripper comprises no moving parts and wherein - the engaging edges are aligned with each other and extend beyond the body in a height dimension (H), wherein the trilateral gripping interface is configured to occupy a gripping space formed under a rim of a prismatic container . - a body extending between two opposing ends , - a first prong and a second prong fixed to and extending from the respective two opposing ends of the body, and - a lip , which extends from the body between the first prong and the second prong , - the first prong , the second prong , and the lip each comprise an engaging edge and wherein - the engaging edges form a trilateral gripping interface, wherein - the gripper comprises no moving parts and wherein - the engaging edges are aligned with each other and extend beyond the body in a height dimension (H), wherein the trilateral gripping interface is configured to occupy a gripping space formed under a rim of a prismatic container .
A computing system implemented method for providing access control and data entity encryption for a data management system, the method comprising: managing, with a resource management module of the computing system, a storage container; hosting, with the resource management module, the data management system including a plurality of data entities representing data on the storage container; accessing, with an access control and encryption module of the computing system, the data management system; generating, with the access control and encryption module, a plurality of application containers each associated with a respective user and including a list of data entities of the data management system authorized for the respective user; encrypting, with the access control and encryption module, each of the data entities of the data management system with a respective data entity encryption key; receiving , with the access control and encryption module, a request from a user to access a selected data entity in the data management system; denying, with the access control and encryption module, the request if the selected data entity is not listed in the application container associated with the user; decrypting , with the access control and encryption module, the selected data entity if the selected data entity is listed in the application container associated with the user; and outputting , with the access control and encryption module, the selected data entity to the user after decrypting the selected data entity. managing, with a resource management module of the computing system, a storage container; hosting, with the resource management module, the data management system including a plurality of data entities representing data on the storage container; accessing, with an access control and encryption module of the computing system, the data management system; generating, with the access control and encryption module, a plurality of application containers each associated with a respective user and including a list of data entities of the data management system authorized for the respective user; encrypting, with the access control and encryption module, each of the data entities of the data management system with a respective data entity encryption key; receiving , with the access control and encryption module, a request from a user to access a selected data entity in the data management system; denying, with the access control and encryption module, the request if the selected data entity is not listed in the application container associated with the user; decrypting , with the access control and encryption module, the selected data entity if the selected data entity is listed in the application container associated with the user; and outputting , with the access control and encryption module, the selected data entity to the user after decrypting the selected data entity.
Assembly for improving the control over a device for throwing, kicking, hitting and/or shooting and/or over the physical motion sequence, having - a detector , which comprises a transmitter (Tx) and triggers, at a selectable time between the beginning of a throwing, kicking, hitting and/or shooting movement and the change in position of a training device, the transmission of a signal, and - shutter glasses having a receiving circuit (Rx), which controls the transparency thereof and controls a switch from high transparency to low transparency when the signal from the transmitter (Tx) is received, characterized in that , after the switching from the high to the low transparency, the receiving circuit (Rx) switches the shutter glasses back to high transparency with a settable delay. - a detector , which comprises a transmitter (Tx) and triggers, at a selectable time between the beginning of a throwing, kicking, hitting and/or shooting movement and the change in position of a training device, the transmission of a signal, and - shutter glasses having a receiving circuit (Rx), which controls the transparency thereof and controls a switch from high transparency to low transparency when the signal from the transmitter (Tx) is received, characterized in that , after the switching from the high to the low transparency, the receiving circuit (Rx) switches the shutter glasses back to high transparency with a settable delay.