mhurhangee/patent-ind-claim-en huggingface dataset:
A movable connector into which a connection object (T) is to be inserted in a depth direction (Y) of the connector , said connector comprising: a first housing configured to be mounted on a substrate (P) extending in a first plane (X-Y), defined by a width direction (X) of the connector and the depth direction (Y); a second housing movable with respect to the first housing ; and a plurality of terminals positioned along the width direction (X), each including a movable portion that supports the second housing such that the second housing is movable with respect to the first housing , and a contact portion that is adapted to come into conductive contact with the connection object (T), wherein the first housing includes a top wall extending along the substrate (P) when mounted; and a first bumper portion provided on the top wall , wherein the second housing includes an upper wall facing the top wall ; and a second bumper portion provided on the upper wall , and wherein the first bumper portion and the second bumper portion stop a displacement of the second housing with respect to the first housing when the second bumper portion bumps against the first bumper portion , and wherein the second housing includes a partition that divides a box-shaped internal space of the second housing into a plurality of spaces in the width direction (X), and wherein the second bumper portion is included in the partition . a first housing configured to be mounted on a substrate (P) extending in a first plane (X-Y), defined by a width direction (X) of the connector and the depth direction (Y); a second housing movable with respect to the first housing ; and a plurality of terminals positioned along the width direction (X), each including a movable portion that supports the second housing such that the second housing is movable with respect to the first housing , and a contact portion that is adapted to come into conductive contact with the connection object (T), wherein the first housing includes a top wall extending along the substrate (P) when mounted; and a first bumper portion provided on the top wall , a top wall extending along the substrate (P) when mounted; and a first bumper portion provided on the top wall , wherein the second housing includes an upper wall facing the top wall ; and a second bumper portion provided on the upper wall , and an upper wall facing the top wall ; and a second bumper portion provided on the upper wall , and wherein the first bumper portion and the second bumper portion stop a displacement of the second housing with respect to the first housing when the second bumper portion bumps against the first bumper portion , and wherein the second housing includes a partition that divides a box-shaped internal space of the second housing into a plurality of spaces in the width direction (X), and wherein the second bumper portion is included in the partition .
Centering template for devices for applying inserts on laminar portions , comprising: - a main supporting body having a centering system for enabling an engagement of the template in a predetermined position with a bed of a press ; - a centering element configured for receiving in a predetermined position at least one laminar portion of an accessory , said centering element exhibiting a seat for the inserts , wherein the centering element is movable with respect to the main supporting body between an extracted rest position wherein an upper surface of the centering element is away from the main supporting body , and a work position wherein the upper surface of the centering element is close to the main supporting body , characterized in that the centering element comprises a containment portion emerging away from the upper surface and defining an undercut determining an outline tracing a second part of a perimeter of the laminar portion of the accessory , and wherein the containment portion is defined at a perimetral area of the centering element . - a main supporting body having a centering system for enabling an engagement of the template in a predetermined position with a bed of a press ; - a centering element configured for receiving in a predetermined position at least one laminar portion of an accessory , said centering element exhibiting a seat for the inserts ,
Atrium retractor with a plate and a shaft which has a shaft sleeve , a thrust rod and an actuating mechanism , wherein the actuating mechanism is designed to bring about an axial relative movement between the shaft sleeve and the thrust rod , a joint device which is fixedly connected to the plate and can be detachably connected to the shaft , wherein the actuating mechanism is adapted to selectively block and release the joint connection by way of the axial relative movement between the shaft sleeve and the thrust rod , wherein the joint connection has a first component , which is rigidly attached to the plate , and a second component , which can be moved and in particular pivoted with respect to the plate , the joint connection is a ball joint connection which has a joint ball and a ball sleeve , wherein the joint ball is provided to be rigid on the plate and the ball sleeve has a thread , the shaft sleeve has a thread and can be screwed to the thread of the ball sleeve , and wherein the thrust rod is adapted to exert a pressure on the joint ball in the actuated state of the actuating device in order to press the joint ball against a seat , which is formed on the joint sleeve , in order to block the joint connection .
A method for serializing a plurality of products in a coding line , wherein each product is packed in a cuboid box , wherein the coding line comprises at least one slide and at least one main pusher being an actuator adapted for jointly moving the boxes on the slide in a row of the boxes through the coding line , wherein the coding line further comprises at least one printing system designed for printing a serial code onto each of the boxes , wherein the serial code comprises at least one unique serial number, and at least one camera designed for reading the serial code printed on each of the boxes , the method comprising the steps: a) retracting the main pusher to provide an open space at an initial section of the slide in front of the row of the boxes , whereby the open space is filled with at least one additional box ; b) using the main pusher to exert a pushing force to jointly move the row of the boxes on the slide to pass the printing system , whereby the serial code is printed onto the at least one box passing the printing system , wherein the serial code comprises the at least one unique serial number, and the camera , whereby the serial code printed on the at least one box is read, until a final section of the slide is reached, where the row of the boxes is pushed from the slide ; and c) reloading the coding line by providing at least one further additional box , wherein steps a) to c) define a pushing cycle of the coding line , wherein the coding line further comprises guide railings being arranged at least partially along at least one side of the slide , wherein a setting of the guide railings is adjusted perpendicular to the slide , whereby the coding line is adapted for processing various box dimensions. a) retracting the main pusher to provide an open space at an initial section of the slide in front of the row of the boxes , whereby the open space is filled with at least one additional box ; b) using the main pusher to exert a pushing force to jointly move the row of the boxes on the slide to pass the printing system , whereby the serial code is printed onto the at least one box passing the printing system , wherein the serial code comprises the at least one unique serial number, and the camera , whereby the serial code printed on the at least one box is read, until a final section of the slide is reached, where the row of the boxes is pushed from the slide ; and c) reloading the coding line by providing at least one further additional box , wherein steps a) to c) define a pushing cycle of the coding line , wherein the coding line further comprises guide railings being arranged at least partially along at least one side of the slide , wherein a setting of the guide railings is adjusted perpendicular to the slide , whereby the coding line is adapted for processing various box dimensions.
A vector for use in the treatment of Rett syndrome (RTT) which vector comprises cholesterol 24-hydroxylase encoding nucleic acid.
A method, comprising: storing sensor signals indicative of one or more contexts of a mobile device; segmenting said sensor signals into a time sequence of sensor data segments; recognizing a relationship between a context of said mobile device and at least one sensor data segment; and determining a future operation of the mobile device based on the previously recognized relationship between a context of said mobile device and at least one sensor data segment. storing sensor signals indicative of one or more contexts of a mobile device; segmenting said sensor signals into a time sequence of sensor data segments; recognizing a relationship between a context of said mobile device and at least one sensor data segment; and determining a future operation of the mobile device based on the previously recognized relationship between a context of said mobile device and at least one sensor data segment.
A label assembly comprising: a top layer having a front side and a back side; an adhesive applied at the back side of the top layer , wherein the adhesive is a permanent adhesive; and a silicone-treated liner contacting the adhesive to sandwich the adhesive between the top layer and the silicone-treated liner , characterised in that the silicone-treated liner comprises paper that does not have a machine finish or gloss finish on a side of the paper that contacts the adhesive to allow at least a portion of the silicone to penetrate the paper and in that the silicone-treated liner includes a silicone treatment applied at the side of the paper that contacts the adhesive , the side of the paper that contacts the adhesive being an otherwise uncoated side of the paper. a top layer having a front side and a back side; an adhesive applied at the back side of the top layer , wherein the adhesive is a permanent adhesive; and a silicone-treated liner contacting the adhesive to sandwich the adhesive between the top layer and the silicone-treated liner , characterised in that the silicone-treated liner comprises paper that does not have a machine finish or gloss finish on a side of the paper that contacts the adhesive to allow at least a portion of the silicone to penetrate the paper and in that the silicone-treated liner includes a silicone treatment applied at the side of the paper that contacts the adhesive , the side of the paper that contacts the adhesive being an otherwise uncoated side of the paper.
A non-aqueous electrolyte for lithium ion battery, characterized by comprising a solvent, a lithium salt and a maleic anhydride copolymer, wherein the maleic anhydride copolymer has a weight-average molecular weight of greater than or equal to 10,000 and less than or equal to 500,000; furthermore, the percentage mass content of the maleic anhydride copolymer is 0.5% or more based on the total mass of the non-aqueous electrolyte being 100%.
An in-cavity liquid perfusion system of a circulating type for isolating a foreign substance from a mixture liquid of an isotonic solution and the foreign substance extracted from a body cavity and returning the isotonic solution into the body cavity , the in-cavity liquid perfusion system comprising: a hollow fiber membrane module which houses a bundle of hollow fiber membranes and comprises an inflow port from which the mixture liquid is delivered from one open end of the bundle of hollow fiber membranes into the hollow fiber membranes, a liquid return port from which the isotonic solution filtered through the bundle of hollow fiber membranes and separated from the foreign substance is returned, and a discharge port connected to the other open end of the bundle of hollow fiber membranes; a discharge valve connected to the discharge port ; a pressure sensor that measures an internal pressure of the hollow fiber membrane module ; and a control unit configured to cause the discharge valve to be opened based on the internal pressure of the hollow fiber membrane module , to discharge the foreign substance out of the hollow fiber membranes. a hollow fiber membrane module which houses a bundle of hollow fiber membranes and comprises an inflow port from which the mixture liquid is delivered from one open end of the bundle of hollow fiber membranes into the hollow fiber membranes, a liquid return port from which the isotonic solution filtered through the bundle of hollow fiber membranes and separated from the foreign substance is returned, and a discharge port connected to the other open end of the bundle of hollow fiber membranes; a discharge valve connected to the discharge port ; a pressure sensor that measures an internal pressure of the hollow fiber membrane module ; and a control unit configured to cause the discharge valve to be opened based on the internal pressure of the hollow fiber membrane module , to discharge the foreign substance out of the hollow fiber membranes.
A stimulation device for an aesthetic treatment using a time-varying magnetic field and a radiofrequency field for providing muscle contraction and heating of at least one biological structure, wherein the stimulation device comprises: - at least one first switching device , - at least one first energy storage device , - at least one first magnetic field generating device , and - at least one first radiofrequency electrode, wherein the first switching device is configured to discharge the first energy storage device to provide electric current flow to the first magnetic field generating device , the first magnetic field generating device being configured to generate biphasic impulses of a time-varying magnetic field, being used for magnetic treatment, with a magnetic flux density in a range of 0.2 to 7 Tesla, an impulse duration in a range of 10 to 1000 μs and a repetition rate of magnetic pulses in a range of 1 to 700 Hz, wherein each pulse comprises one impulse of the time-varying magnetic field; wherein the time-varying magnetic field as generated by the first magnetic field generating device is capable of causing a muscle contraction; wherein the stimulation device further comprises a HF frequency generator for providing energy for radiofrequency treatment; wherein the at least one first radiofrequency electrode is configured to generate a radiofrequency field in order to heat at least one target biological structure to a temperature in a range 37 °C to 60 °C. - at least one first switching device , - at least one first energy storage device , - at least one first magnetic field generating device , and - at least one first radiofrequency electrode, wherein
Device for determining brightness configured to determine a relative brightness of a plurality of hair fibres, or more specifically, of a hair strand, wherein the device for determining brightness comprises: - a receiving surface configured to receive the plurality of hair fibres, or more specifically, the hair strand; - an optical measuring element configured to determine the relative brightness of hair fibres received on the receiving surface ; - an alignment element configured to align the plurality of hair fibres, or more specifically, the hair strand, when the plurality of hair fibres, or more specifically the hair strand, is positioned on the receiving surface ; - a tensioning element configured to tension the plurality of hair fibres, or more specifically the hair strand, on said receiving surface ; - a concealing element configured to conceal at least partially the optical measuring element from ambient light when the plurality of hair fibres, or more specifically the hair strand, is positioned on the receiving surface , characterised in that the concealing element is movable between an open position, wherein the optical measuring element is not protected from ambient light by the concealing element , and a closed position, wherein the optical measuring element is protected from ambient light by the concealing element . - a receiving surface configured to receive the plurality of hair fibres, or more specifically, the hair strand; - an optical measuring element configured to determine the relative brightness of hair fibres received on the receiving surface ; - an alignment element configured to align the plurality of hair fibres, or more specifically, the hair strand, when the plurality of hair fibres, or more specifically the hair strand, is positioned on the receiving surface ; - a tensioning element configured to tension the plurality of hair fibres, or more specifically the hair strand, on said receiving surface ; - a concealing element configured to conceal at least partially the optical measuring element from ambient light when the plurality of hair fibres, or more specifically the hair strand, is positioned on the receiving surface , characterised in that the concealing element is movable between an open position, wherein the optical measuring element is not protected from ambient light by the concealing element , and a closed position, wherein the optical measuring element is protected from ambient light by the concealing element .
An unlicensed carrier power control method, comprising: acquiring multiple transmitted power constraint parameters, and determining a minimum value in the multiple transmitted power constraint parameters ; and performing power control according to the minimum value in the multiple transmitted power constraint parameters characterized in that the method further comprises: acquiring corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy an unlicensed carrier, and determining frequency-domain sparse signals or channels which are able to be borne by the unlicensed carrier according to signal strength of a neighbor node and the corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy the unlicensed carrier. acquiring multiple transmitted power constraint parameters, and determining a minimum value in the multiple transmitted power constraint parameters ; and performing power control according to the minimum value in the multiple transmitted power constraint parameters characterized in that the method further comprises: acquiring corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy an unlicensed carrier, and determining frequency-domain sparse signals or channels which are able to be borne by the unlicensed carrier according to signal strength of a neighbor node and the corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy the unlicensed carrier.
An inner shoe , particularly for a ski boot, a snowboarding boot, an inline skating boot, a climbing boot or the like, having a foam base material , onto which an inner lining of leather, a so-called leather inner lining , or of a material with physical properties similar or identical to those of the leather inner lining is applied in the inner region of the inner shoe , characterized in that the leather inner lining is arranged in the entry area , the leg area , the tongue area , the forefoot area or the heel area , wherein the foam base material has a greater thickness (d) in the entry area and, in particular, also in the tongue area than in the remaining areas of the inner shoe .
A flexible coupling assembly for a power transmission system comprising: a first shaft defining an axis , configured to connect to a first rotatable member ; a first flexible diaphragm coupling configured to have a portion of the first shaft pass axially therethrough; a quill shaft having a circumferential opening configured to receive the first shaft and a locking flange for connecting the quill shaft to the first shaft, the quill shaft further being configured to connect to a second rotating member ; and a primary diaphragm coupling shaft positioned radially outward of the quill shaft; and characterized in that : the quill shaft adjoins a second side of a second flexible diaphragm coupling and passes through the second flexible diaphragm coupling, and wherein the primary coupling shaft adjoins a first side of the second flexible diaphragm coupling. a first shaft defining an axis , configured to connect to a first rotatable member ; a first flexible diaphragm coupling configured to have a portion of the first shaft pass axially therethrough; a quill shaft having a circumferential opening configured to receive the first shaft and a locking flange for connecting the quill shaft to the first shaft, the quill shaft further being configured to connect to a second rotating member ; and a primary diaphragm coupling shaft positioned radially outward of the quill shaft; and characterized in that : the quill shaft adjoins a second side of a second flexible diaphragm coupling and passes through the second flexible diaphragm coupling, and wherein the primary coupling shaft adjoins a first side of the second flexible diaphragm coupling. the quill shaft adjoins a second side of a second flexible diaphragm coupling and passes through the second flexible diaphragm coupling, and wherein the primary coupling shaft adjoins a first side of the second flexible diaphragm coupling.
A process for the preparation of microcapsules modified with nanomaterial in aqueous medium, the microcapsules comprising a polymer shell and a core comprising an active agent, the process comprising the steps of: a) adding nanomaterial to the aqueous medium and sonicating to obtain a dispersed solution followed by addition of surfactant solution to the nanomaterial dispersed solution to afford reaction mixture; b) adding a mixture of active agent and polyisocyanate to the reaction mixture of step (a) with constant stirring at temperature in the range of 25 to 30°C to afford reaction mixture; c) adding a solution of polyamine and catalyst diluted in surfactant solution to the reaction mixture of step (b) followed by stirring the mixture at temperature in the range of 25 to 50°C for the period in the range of 3 to 24 hrs; d) isolating the microcapsules by filtration of reaction mixture of step (c) followed by drying to afford microcapsules; characterized in that the polymer shell is made up of a polymer nanocomposite and has an intercalated structure of polyurea and nanoclay, said nanomaterial consisting of nanoclay selected among montmorillonite at 1, 2 or 4 wt% with respect to total microcapsule weight; laponite at 2 wt% with respect to total microcapsule weight; or cloisite Na + at 2 wt% with respect to total microcapsule weight. a) adding nanomaterial to the aqueous medium and sonicating to obtain a dispersed solution followed by addition of surfactant solution to the nanomaterial dispersed solution to afford reaction mixture; b) adding a mixture of active agent and polyisocyanate to the reaction mixture of step (a) with constant stirring at temperature in the range of 25 to 30°C to afford reaction mixture; c) adding a solution of polyamine and catalyst diluted in surfactant solution to the reaction mixture of step (b) followed by stirring the mixture at temperature in the range of 25 to 50°C for the period in the range of 3 to 24 hrs; d) isolating the microcapsules by filtration of reaction mixture of step (c) followed by drying to afford microcapsules;