mhurhangee/patent-ind-claim-en huggingface dataset:
A room controller comprising a circuit board and a rotatable member for controlling adjustment(s) of environmental conditions, wherein the rotatable member is rotatably connected to the circuit board via a support member comprising sliding contact surfaces comprising an external side surface that is arranged in contact with the rotatable member and/or with a coder ring arranged to rotate with the rotatable member , in relation to the support member , wherein the coder ring is arranged between the rotatable member and the support member , and which said external side surface is configured at least partly to correspond to a form of the internal cylindrical surface of the rotatable member , and which support member is attached to the circuit board , wherein the support member comprises conductive plastic, wherein the support member is joined to the ground of the circuit board , and wherein the rotatable member is grounded via the support member . a circuit board and a rotatable member for controlling adjustment(s) of environmental conditions, wherein the rotatable member is rotatably connected to the circuit board via a support member comprising sliding contact surfaces comprising an external side surface that is arranged in contact with the rotatable member and/or with a coder ring arranged to rotate with the rotatable member , in relation to the support member , wherein the coder ring is arranged between the rotatable member and the support member , and which said external side surface is configured at least partly to correspond to a form of the internal cylindrical surface of the rotatable member , and which support member is attached to the circuit board , wherein the support member comprises conductive plastic, wherein the support member is joined to the ground of the circuit board , and wherein the rotatable member is grounded via the support member .
A method for controlling the health of a multi-die power module comprising plural dies, a multi-die health monitoring device receiving an input signal and driving the dies of the multi-die power module, at least one group of dies of the multi-die power module providing current to a load, wherein the method is executed by the multi-die health monitoring device and comprises the steps of: - setting (S900), at a given current provided to the load by the group of dies, one die of the group of dies in a non-conducting state, - obtaining (S901, S902), when the die is in the non-conducting state, a signal that is representative of the temperature of the die and determining the temperature of the die, - obtaining (S905), when the die is in the non-conducting state, a signal that is representative of an on-state voltage of the die and determining the on-state voltage value of the die, - retrieving (S907) in a table stored in a memory of the multi-die health monitoring device, an on-state voltage that corresponds to the given current and the determined temperature of the die, - notifying (S909) that the multi-die power module has to be replaced, if the difference between the determined on-state voltage value of the die and the retrieved on-state voltage is upper than a predetermined value. - setting (S900), at a given current provided to the load by the group of dies, one die of the group of dies in a non-conducting state, - obtaining (S901, S902), when the die is in the non-conducting state, a signal that is representative of the temperature of the die and determining the temperature of the die, - obtaining (S905), when the die is in the non-conducting state, a signal that is representative of an on-state voltage of the die and determining the on-state voltage value of the die, - retrieving (S907) in a table stored in a memory of the multi-die health monitoring device, an on-state voltage that corresponds to the given current and the determined temperature of the die, - notifying (S909) that the multi-die power module has to be replaced, if the difference between the determined on-state voltage value of the die and the retrieved on-state voltage is upper than a predetermined value.
A method of manufacturing a charge storage cell for a pixel of an imaging device, the method comprising: providing a first trench and a second trench in a substrate material , wherein at least one of the first and second trenches is configured to surround at least partially the other of the first and second trenches; filling said first trench with a doped material comprising one of a P dopant and an N dopant and filling the second trench with an undoped material annealing the substrate material to cause said one dopant to diffuse from said first trench and to thereby provide a doped region adjacent said first trench removing said materials from said first and second trenches; and filling at least one of said trenches with polysilicon to provide capacitive deep trench isolation. providing a first trench and a second trench in a substrate material , wherein at least one of the first and second trenches is configured to surround at least partially the other of the first and second trenches; filling said first trench with a doped material comprising one of a P dopant and an N dopant and filling the second trench with an undoped material annealing the substrate material to cause said one dopant to diffuse from said first trench and to thereby provide a doped region adjacent said first trench removing said materials from said first and second trenches; and filling at least one of said trenches with polysilicon to provide capacitive deep trench isolation.
A method for storing multiple files in a hosted storage system, the method comprising: receiving, at a hosted storage system, a storage request sent by a client system over a network to the hosted storage system , the storage request including a single object and conforming to a API implemented by the hosted storage system for accessing storage services provided by the hosted storage system over the network, wherein the API is designed to only support a single object in a storage request; extracting, at the hosted storage system, the single object from the received storage request determining that the single object is an archive file composed of multiple bundled files ; in response to determining that the single object is an archive file, extracting each of the bundled files from the archive file ; and storing each of the extracted files as individual data object in the hosted storage system such that each of the individual data objects is individually accessible by the client system via a retrieval request conforming to the API implemented by the hosted storage system for accessing storage services provided by the hosted storage system over the network, wherein the API is designed to support a single data object in a response to the retrieval request . receiving, at a hosted storage system, a storage request sent by a client system over a network to the hosted storage system , the storage request including a single object and conforming to a API implemented by the hosted storage system for accessing storage services provided by the hosted storage system over the network, wherein the API is designed to only support a single object in a storage request; extracting, at the hosted storage system, the single object from the received storage request determining that the single object is an archive file composed of multiple bundled files ; in response to determining that the single object is an archive file, extracting each of the bundled files from the archive file ; and storing each of the extracted files as individual data object in the hosted storage system such that each of the individual data objects is individually accessible by the client system via a retrieval request conforming to the API implemented by the hosted storage system for accessing storage services provided by the hosted storage system over the network, wherein the API is designed to support a single data object in a response to the retrieval request .
An endoscopic system comprising: an endoscope configured to provide remote visualization; a dilator member having a proximal portion, a distal portion, a distal end, and a dilator passage extending from the proximal portion through the distal end, the dilator member further comprising a dilation surface located about an outer surface at the distal portion, where a profile of the dilation surface increases in size along a proximal direction such that insertion of the dilator portion in an opening in tissue dilates the tissue; a guide tube slidably extending from the distal end of the dilator member and having a guide passage in fluid communication with the dilator passage; where the endoscope is advanceable through the guide tube passage such that a visualization end of the endoscope can be repositioned within the guide tube; a second endoscope extending through the dilator member and radially offset from the guide tube ; characterized in that the second endoscope exits the dilator member at the dilation surface through an opening . an endoscope configured to provide remote visualization; a dilator member having a proximal portion, a distal portion, a distal end, and a dilator passage extending from the proximal portion through the distal end, the dilator member further comprising a dilation surface located about an outer surface at the distal portion, where a profile of the dilation surface increases in size along a proximal direction such that insertion of the dilator portion in an opening in tissue dilates the tissue; a guide tube slidably extending from the distal end of the dilator member and having a guide passage in fluid communication with the dilator passage; where the endoscope is advanceable through the guide tube passage such that a visualization end of the endoscope can be repositioned within the guide tube; a second endoscope extending through the dilator member and radially offset from the guide tube ; characterized in that the second endoscope exits the dilator member at the dilation surface through an opening .
A method of assembling a plurality of contigs originating from a single DNA molecule, comprising: generating a plurality of paired-end sequencing reads by probing the physical layout of chromosomes, chromatin, or reconstituted chromatin in vitro by: obtaining the DNA molecule; cross-linking the DNA molecule to chromosomes, chromatin, or reconstituted chromatin using a fixative agent to form DNA-protein cross-links; cutting DNA of the DNA-protein cross-links with one or more restriction enzymes so as to generate a plurality of DNA-protein complexes comprising sticky ends; filing in the sticky ends with nucleotides comprising one or more markers to create blunt ends that are then ligated together; fragmenting the plurality of DNA-protein complexes into fragments using one or more nucleases; pulling down junction-containing fragments using a high-throughput sequencing method to generate the plurality of paired-end sequencing reads; mapping the plurality of paired-end sequencing reads to the plurality of contigs thereby producing read-mapping data; and assembling the plurality of contigs using the plurality of read-mapping data, wherein at least 1% of the plurality of paired-end sequencing reads span a distance of at least 30 kB on the DNA molecule. obtaining the DNA molecule; cross-linking the DNA molecule to chromosomes, chromatin, or reconstituted chromatin using a fixative agent to form DNA-protein cross-links; cutting DNA of the DNA-protein cross-links with one or more restriction enzymes so as to generate a plurality of DNA-protein complexes comprising sticky ends; filing in the sticky ends with nucleotides comprising one or more markers to create blunt ends that are then ligated together; fragmenting the plurality of DNA-protein complexes into fragments using one or more nucleases; pulling down junction-containing fragments using a high-throughput sequencing method to generate the plurality of paired-end sequencing reads; mapping the plurality of paired-end sequencing reads to the plurality of contigs thereby producing read-mapping data; and assembling the plurality of contigs using the plurality of read-mapping data, wherein at least 1% of the plurality of paired-end sequencing reads span a distance of at least 30 kB on the DNA molecule.
A shieldable needle device comprising: a needle cannula having proximal and distal ends; a hub supporting at least a portion of the needle cannula; a tip guard axially movable along the needle cannula from a proximal position adjacent the hub such that at least the distal end of the needle cannula extends through an opening defined in the tip guard to a distal position where the tip guard protectively surrounds the distal end of the needle cannula; and a pair of wings extending laterally from opposing sides of the tip guard and connected to the hub, the pair of wings transitionable between a first position and a second position, wherein transition of the pair of wings from the first position to the second position advances the tip guard from the proximal position to the distal position, and biases the needle cannula to an offset position (OP) with respect to the opening of the tip guard preventing the needle cannula from being reinserted through the tip guard after the tip guard has been transitioned to the distal position. a needle cannula having proximal and distal ends; a hub supporting at least a portion of the needle cannula; a tip guard axially movable along the needle cannula from a proximal position adjacent the hub such that at least the distal end of the needle cannula extends through an opening defined in the tip guard to a distal position where the tip guard protectively surrounds the distal end of the needle cannula; and a pair of wings extending laterally from opposing sides of the tip guard and connected to the hub, the pair of wings transitionable between a first position and a second position, wherein transition of the pair of wings from the first position to the second position advances the tip guard from the proximal position to the distal position, and biases the needle cannula to an offset position (OP) with respect to the opening of the tip guard preventing the needle cannula from being reinserted through the tip guard after the tip guard has been transitioned to the distal position.
The use of an additive, wherein the additive is an alkyl acrylate polymer, mixed into a lubricating oil using a high shear mixer, for improving the air release of the lubricating oil as measured by ASTM D3427.
An elastic wheel noise reduction damper, comprises an annular transition plate fitted and fixed to the side of a tyre and a damper body rigidly connected with the annular transition plate and axially spaced from the side of the tyre , characterized in that the damper body comprises metal plates successively stacked and rubber damping layers filled between the metal plates , the plurality of metal plates are fixedly connected by rivets and also connected with the annular transition plate by rivets , characterised in that the riveting force of the rivets does not act on the rubber damping layers .
A method of providing secure access to a cloud-based service , the method comprising: receiving at an enterprise mobile management server information from a device; the device receiving request from a client app on the device to connect the client app to a security proxy node associated with the cloud-based service ; the device establishing the requested connection between the client app and the security proxy node using a secure tunnel between the device and a node with which the security proxy node is associated; performing at the enterprise mobile management server a compliance check based on the information; a tunnel server of the security proxy node cutting off the secure tunnel if the enterprise mobile management server determines that the device has fallen out of compliance; and the security proxy node using user and/or device information obtained and cached at the security proxy node in connection with authenticating and providing a security token to another client app to obtain and provide to the client app the security token to be used by the client app to authenticate itself and gain access to the cloud-based service, wherein the secure tunnel was established to enable the other client app to connect to the security proxy node, and the security token is signed by an identity provider associated with the cloud-based service. receiving at an enterprise mobile management server information from a device; the device receiving request from a client app on the device to connect the client app to a security proxy node associated with the cloud-based service ; the device establishing the requested connection between the client app and the security proxy node using a secure tunnel between the device and a node with which the security proxy node is associated; performing at the enterprise mobile management server a compliance check based on the information; a tunnel server of the security proxy node cutting off the secure tunnel if the enterprise mobile management server determines that the device has fallen out of compliance; and the security proxy node using user and/or device information obtained and cached at the security proxy node in connection with authenticating and providing a security token to another client app to obtain and provide to the client app the security token to be used by the client app to authenticate itself and gain access to the cloud-based service, wherein the secure tunnel was established to enable the other client app to connect to the security proxy node, and the security token is signed by an identity provider associated with the cloud-based service.
A motor protection relay , comprising: a housing ; and a printed circuit board disposed within the housing , wherein the printed circuit board further includes a first printed circuit board section , a second printed circuit board section , and a third printed circuit board section , the first printed circuit board section and the second printed circuit board section being electrically connected to one another by a flexible interconnect member , the second printed circuit board section and the third printed circuit board section being electrically connected to one another by a second flexible interconnect member , wherein the first printed circuit board section and the third printed circuit board section are oriented perpendicular to the second printed circuit board section ; and wherein the motor protection relay is devoid of a physical user interface located within, or on an exterior of the housing , characterised in that the printed circuit board includes a central processing unit and a wireless communication interface , the wireless communication interface being adapted to receive wireless communication signals for configuring operating parameters of the motor protection relay via the central processing unit ; and characterised by an Ethernet port to facilitate wired coupling of a computing device for data acquisition, control and/or programming various set points associated with the motor protection relay . a housing ; and a printed circuit board disposed within the housing , wherein the printed circuit board further includes a first printed circuit board section , a second printed circuit board section , and a third printed circuit board section , the first printed circuit board section and the second printed circuit board section being electrically connected to one another by a flexible interconnect member , the second printed circuit board section and the third printed circuit board section being electrically connected to one another by a second flexible interconnect member , wherein the first printed circuit board section and the third printed circuit board section are oriented perpendicular to the second printed circuit board section ; and wherein the motor protection relay is devoid of a physical user interface located within, or on an exterior of the housing , characterised in that the printed circuit board includes a central processing unit and a wireless communication interface , the wireless communication interface being adapted to receive wireless communication signals for configuring operating parameters of the motor protection relay via the central processing unit ; and characterised by an Ethernet port to facilitate wired coupling of a computing device for data acquisition, control and/or programming various set points associated with the motor protection relay .
Soccer ball training equipment, comprising a soccer ball attached to an elastic line arranged to return the soccer ball to an origin, the elastic line being attached to a rod characterized in that the rod is attached to a harness arranged to be attached to the back of an athlete , and in that the rod is attached to the harness via a curved intermediate piece .
A computer-implemented method comprising: receiving , at a master electronic device , a connection-indicative signal from an electronic accessory of the master electronic device that includes a connection attribute that is indicative of a presence or a characteristic of a connection between the electronic accessory and at least one other electronic accessory of the master electronic device ; determining , at the master electronic device and based on the connection attribute, that an alert condition is satisfied; and in response to determining that the alert condition is satisfied, facilitating , by the master electronic device , a presentation of an alert. receiving , at a master electronic device , a connection-indicative signal from an electronic accessory of the master electronic device that includes a connection attribute that is indicative of a presence or a characteristic of a connection between the electronic accessory and at least one other electronic accessory of the master electronic device ; determining , at the master electronic device and based on the connection attribute, that an alert condition is satisfied; and in response to determining that the alert condition is satisfied, facilitating , by the master electronic device , a presentation of an alert.