mhurhangee/patent-ind-claim-en huggingface dataset:
Temperature-control body housing , having: • a monolithic housing middle part , which is penetrated by one or more than one fluid channel , wherein each fluid channel is completely delimited on four sides by means of corresponding walls, which are monolithically connected to outer walls of the housing middle part ; • a first housing end cap and a second housing end cap , between which the housing middle part is arranged; • wherein the first housing end cap has a first fluid connection and either the first housing cap or the second housing end cap has a second fluid connection ; • wherein the first fluid connection and the second fluid connection are fluidically connected to one another by means of the one or more than one fluid channel ; and • wherein the housing middle part has a first temperature-control rib , which extends into the fluid channel , wherein the first temperature-control rib has an asymmetrical contour, and/or • wherein the housing middle part has two directly adjacent fluid channels and also has a second temperature-control rib , which separates the two adjacent fluid channels from each other, wherein the second temperature-control rib has an asymmetrical contour. • a monolithic housing middle part , which is penetrated by one or more than one fluid channel , wherein each fluid channel is completely delimited on four sides by means of corresponding walls, which are monolithically connected to outer walls of the housing middle part ; • a first housing end cap and a second housing end cap , between which the housing middle part is arranged; • wherein the first housing end cap has a first fluid connection and either the first housing cap or the second housing end cap has a second fluid connection ; • wherein the first fluid connection and the second fluid connection are fluidically connected to one another by means of the one or more than one fluid channel ; and • wherein the housing middle part has a first temperature-control rib , which extends into the fluid channel , wherein the first temperature-control rib has an asymmetrical contour, and/or • wherein the housing middle part has two directly adjacent fluid channels and also has a second temperature-control rib , which separates the two adjacent fluid channels from each other, wherein the second temperature-control rib has an asymmetrical contour.
An apparatus for monitoring a content of a chamber of a medicine bottle , the apparatus comprising: a liner that comprises a first plurality of electrodes , the liner being dimensioned and arranged to locate the plurality of electrodes such that they are electrically coupled with the content of the chamber; and electronic circuitry ; characterized in that : the electronic circuitry is operative for providing a stimulus between a first electrode (116- i ) and second electrode (116- j ) of the first plurality thereof and measuring a response at each of a second plurality of electrodes, wherein the first plurality of electrodes includes the first electrode, second electrode, and the second plurality of electrodes, and wherein the second plurality of electrodes excludes the first electrode and second electrode. a liner that comprises a first plurality of electrodes , the liner being dimensioned and arranged to locate the plurality of electrodes such that they are electrically coupled with the content of the chamber; and electronic circuitry ; characterized in that : the electronic circuitry is operative for providing a stimulus between a first electrode (116- i ) and second electrode (116- j ) of the first plurality thereof and measuring a response at each of a second plurality of electrodes, wherein the first plurality of electrodes includes the first electrode, second electrode, and the second plurality of electrodes, and wherein the second plurality of electrodes excludes the first electrode and second electrode.
A method for capturing airborne negatively or positively charged pathogens, such as viruses, characterized by - forming at least one curtain of positively or negatively charged particles, such as latex or agarose beads, in the form of a suspension or an aerosol, - constantly renewing and regenerating said at least one curtain, - passing air containing said airborne charged pathogens through said at least one curtain, - capturing said airborne charged pathogens by electrostatic binding, - collecting said charged particles, - killing and/or rendering said airborne pathogens harmless, respectively, - regenerating said charged particles, and - subsequently recirculating said charged particles. - forming at least one curtain of positively or negatively charged particles, such as latex or agarose beads, in the form of a suspension or an aerosol, - constantly renewing and regenerating said at least one curtain, - passing air containing said airborne charged pathogens through said at least one curtain, - capturing said airborne charged pathogens by electrostatic binding, - collecting said charged particles, - killing and/or rendering said airborne pathogens harmless, respectively, - regenerating said charged particles, and - subsequently recirculating said charged particles.
An air dryer , comprising; an inlet for receiving a supply of compressed air; a pair of inlet valves and a corresponding pair of exhaust valves positioned in a valve block for controlling the movement of the compressed air through a corresponding pair of desiccant towers ; characterized by : a heater configured to warm the valve block ; a temperature sensor for outputting a signal indicating a temperature of the valve block ; and a controller interconnected to the inlet valves and exhaust valves , the heater , and the temperature sensor , wherein the controller is programmed to determine whether the temperature of the valve block is below a first predetermined threshold and if so, inhibit the operation of the inlet valves and the exhaust valves and operate the heater until the temperature of the valve block is above a second predetermined threshold. a heater configured to warm the valve block ; a temperature sensor for outputting a signal indicating a temperature of the valve block ; and a controller interconnected to the inlet valves and exhaust valves , the heater , and the temperature sensor , wherein the controller is programmed to determine whether the temperature of the valve block is below a first predetermined threshold and if so, inhibit the operation of the inlet valves and the exhaust valves and operate the heater until the temperature of the valve block is above a second predetermined threshold.
A ventricular assist device , comprising a housing assembly , an impeller , an electric motor , and a distance sensor ; wherein, the housing assembly defines a pressurized inner chamber , the impeller is located in the pressurized inner chamber, and is capable of suspending and rotating in the pressurized inner chamber; the electric motor is located in the housing assembly; the electric motor comprises a controller , a stator , and a rotor ; the controller is located in the housing assembly, and is located outside of the pressurized inner chamber; the stator is electrically coupled to the controller, the stator is located outside of the pressurized inner chamber; the rotor is located in the pressurized inner chamber and fixedly coupled to the impeller; the distance sensor is located in the housing assembly and is located outside of the pressurized inner chamber; the distance sensor is electrically coupled to the controller, and the distance sensor is configured to sense a distance value between the impeller and a cavity wall of the pressurized inner chamber, and can transmit the distance value to the controller; the stator can drive the rotor to suspend and rotate; the impeller can follow the rotor to suspend and rotate; the controller can control a magnetic force between the stator and the rotor according to the distance value, so as to control a rotating speed of the impeller, and a distance of the impeller relative to the cavity wall of the pressurized inner chamber; characterised in that the distance sensor is located between the stator and the impeller; the controller is a module independent of the stator, and the controller is fixed on one side of the stator away from the distance sensor, or the impeller is located between the controller and the distance sensor.
Composition for use in the treatment and/or prevention of a gastrointestinal condition, comprising a combination of L. salivarius CW30, deposited as LMG P-28887, L . plantarum Y1An734 deposited as LMG P-28886, L . plantarum SH1313, deposited as LMG P-28884, L. plantarum KS11, deposited as LMG P-28885, and L. brevis SH111, deposited as LMG P-28888.
Method for the combustion of organic matter , comprising a step of mixing a transfer medium made up of independent solid particles, with organic matter and circulating said mixture in an enclosure and in that said mixture undergoes combustion with the aid of an oxidant introduced into said enclosure , characterised in that said mixture fills the entire horizontal section of the enclosure along all or part of the height of said enclosure.
A method of provisioning a target access point , hereafter AP, the method performed at a gateway in communication with a network and a data storage , the method comprising the steps of: receiving user login information from a mobile device ; retrieving user permission information from the data storage based on the user login information; sending, based on the user permission information, an authorization to the mobile device for the mobile device to provision an AP; sending a prioritized list of at least one AP to be provisioned to the mobile device; receiving at least one of: a selection of the target AP from the prioritized list of at least one AP to be provisioned; and a label information of the target AP; and if the gateway receives the selection of the target AP, sending AP details of the target AP to the mobile device; if the gateway receives the label information of the target AP, determining if the label information corresponds to a previously registered AP and if the label information corresponds to a previously registered AP, sending AP details of the previously registered AP to the mobile device; sending, to the mobile device, provisioning information for provisioning of the target AP, wherein the mobile device is configured to operate as a communication bridge between the gateway and the target AP. receiving user login information from a mobile device ; retrieving user permission information from the data storage based on the user login information; sending, based on the user permission information, an authorization to the mobile device for the mobile device to provision an AP; sending a prioritized list of at least one AP to be provisioned to the mobile device; receiving at least one of: a selection of the target AP from the prioritized list of at least one AP to be provisioned; and a label information of the target AP; and a selection of the target AP from the prioritized list of at least one AP to be provisioned; and a label information of the target AP; and if the gateway receives the selection of the target AP, sending AP details of the target AP to the mobile device; if the gateway receives the label information of the target AP, determining if the label information corresponds to a previously registered AP and if the label information corresponds to a previously registered AP, sending AP details of the previously registered AP to the mobile device; sending, to the mobile device, provisioning information for provisioning of the target AP, wherein the mobile device is configured to operate as a communication bridge between the gateway and the target AP.
A layered structure , comprising: a) at least one polarizer layer ; b) at least one conductor layer , comprising an electrically conductive polymer, wherein the electrically conductive polymer is PEDOT/PSS and wherein the conductive polymer in the conductor layer is formed from a dispersion of the electrically conductive polymer, wherein the dispersion comprises as an additional component an additive which increases the conductivity, the additive being selected from the group consisting of compounds containing ether groups, compounds containing lactone groups, compounds containing amide or lactam groups, sulphones, sulphoxides, sugar or sugar derivatives, furan derivatives and di- or polyalcohols; wherein the at least one conductor layer has a surface resistance in a range of from 10 -4 to 500 Ω/square. a) at least one polarizer layer ; b) at least one conductor layer , comprising an electrically conductive polymer, wherein the electrically conductive polymer is PEDOT/PSS and wherein the conductive polymer in the conductor layer is formed from a dispersion of the electrically conductive polymer, wherein the dispersion comprises as an additional component an additive which increases the conductivity, the additive being selected from the group consisting of compounds containing ether groups, compounds containing lactone groups, compounds containing amide or lactam groups, sulphones, sulphoxides, sugar or sugar derivatives, furan derivatives and di- or polyalcohols;
An absorbent pad for a low-weight infant having a longitudinal direction, a width direction, and a thickness direction, that are orthogonal to each other, the absorbent pad comprising: an absorbent body , a length (L1) of the absorbent pad in the longitudinal direction being 180 mm or less, a length (W1) of the absorbent pad in the width direction being less than 75 mm, wherein the absorbent pad further comprises a back sheet that is arranged on a non-skin side in the thickness direction with respect to the absorbent body , and the back sheet is made of a nonwoven fabric, wherein the absorbent pad further comprises: a top sheet that is arranged on a skin side in the thickness direction with respect to the absorbent body , and a sealing portion in which at least a part of the top sheet is joined to the back sheet in the thickness direction, and wherein the sealing portion is provided extending along an outer edge of the absorbent pad for a low-weight infant and spacing from the outer edge at a predetermined distance. an absorbent body , a length (L1) of the absorbent pad in the longitudinal direction being 180 mm or less, a length (W1) of the absorbent pad in the width direction being less than 75 mm, the absorbent pad further comprises a back sheet that is arranged on a non-skin side in the thickness direction with respect to the absorbent body , and the back sheet is made of a nonwoven fabric, wherein the absorbent pad further comprises: a top sheet that is arranged on a skin side in the thickness direction with respect to the absorbent body , and a sealing portion in which at least a part of the top sheet is joined to the back sheet in the thickness direction, and wherein a top sheet that is arranged on a skin side in the thickness direction with respect to the absorbent body , and a sealing portion in which at least a part of the top sheet is joined to the back sheet in the thickness direction, and wherein the sealing portion is provided extending along an outer edge of the absorbent pad for a low-weight infant and spacing from the outer edge at a predetermined distance.
A method at a computing device for logging events between at least one publisher and at least one subscriber , the computing device comprising a data object manager as a publisher for the logging events to a logging service as a subscriber to the logging events, the method comprising: creating a memory allocation of a pool of data objects for the data object manager ; mapping the memory allocation to a virtual memory of the data object manager and to a virtual memory of the logging service; receiving, from the at least one publisher , a publication notice including a handle and a first timestamp; acquiring a second timestamp prior to issuing a notification to the at least one subscriber ; and generating and publishing a log event with the first timestamp, the second timestamp, and the handle. creating a memory allocation of a pool of data objects for the data object manager ; mapping the memory allocation to a virtual memory of the data object manager and to a virtual memory of the logging service; receiving, from the at least one publisher , a publication notice including a handle and a first timestamp; acquiring a second timestamp prior to issuing a notification to the at least one subscriber ; and generating and publishing a log event with the first timestamp, the second timestamp, and the handle.
A driving tool including an ejection unit to which a fastener is supplied and a striking unit capable of moving with respect to the ejection unit so as to drive the fastener supplied to the ejection unit into a workpiece (W1), the driving tool comprising: a first push lever provided in the ejection unit , capable of contacting with and separating from the workpiece (W1), and capable of moving in a moving direction (Al) of the striking unit with respect to the ejection unit ; and a second push lever provided in the ejection unit and capable of moving in the moving direction (A1) of the striking unit in conjunction with the first push lever , wherein the ejection unit includes a blade guide configured to guide a movement of the striking unit and a cover fixed to the blade guide , and wherein the first push lever and the second push lever are arranged between the blade guide and the cover in a first perpendicular direction (A2, Z1) that is perpendicular to the moving direction (A1) of the striking unit , so that the first push lever and the second push lever are restricted from moving in the first perpendicular direction (A2, Z1) and a second perpendicular direction (Y1) that is perpendicular to the moving direction (A1) of the striking unit and the first perpendicular direction (A2, Z1), and the movement of the first push lever and the second push lever with respect to the ejection unit is guided along the moving direction (A1) of the striking unit . a first push lever provided in the ejection unit , capable of contacting with and separating from the workpiece (W1), and capable of moving in a moving direction (Al) of the striking unit with respect to the ejection unit ; and a second push lever provided in the ejection unit and capable of moving in the moving direction (A1) of the striking unit in conjunction with the first push lever , wherein the ejection unit includes a blade guide configured to guide a movement of the striking unit and a cover fixed to the blade guide , and wherein the first push lever and the second push lever are arranged between the blade guide and the cover in a first perpendicular direction (A2, Z1) that is perpendicular to the moving direction (A1) of the striking unit , so that the first push lever and the second push lever are restricted from moving in the first perpendicular direction (A2, Z1) and a second perpendicular direction (Y1) that is perpendicular to the moving direction (A1) of the striking unit and the first perpendicular direction (A2, Z1), and the movement of the first push lever and the second push lever with respect to the ejection unit is guided along the moving direction (A1) of the striking unit .
A method for wireless communications by a user equipment, UE, comprising: determining a set of downlink, DL, narrowbands partitioned from a DL system bandwidth; determining a set of uplink, UL, narrowbands partitioned from an UL system bandwidth, wherein the DL system bandwidth is different from the UL system bandwidth; determining a mapping between the set of DL narrowbands and the set of UL narrowbands; receiving, from a base station, BS, an indication of a set of resource elements in a DL narrowband in the set of DL narrowbands or in one UL narrowband in the set of UL narrowbands, wherein the set of resource elements are unavailable for the UE; identifying the set of resource elements, based on the received indication; and communicating with the BS using another set of resource elements in the DL narrowband that includes the identified set of resource elements or in the one UL narrowband that includes the identified set of resource elements, wherein the other set of resource elements overlaps in time with the identified set of resource elements and excludes the identified set of resource elements. determining a set of downlink, DL, narrowbands partitioned from a DL system bandwidth; determining a set of uplink, UL, narrowbands partitioned from an UL system bandwidth, wherein the DL system bandwidth is different from the UL system bandwidth; determining a mapping between the set of DL narrowbands and the set of UL narrowbands; receiving, from a base station, BS, an indication of a set of resource elements in a DL narrowband in the set of DL narrowbands or in one UL narrowband in the set of UL narrowbands, wherein the set of resource elements are unavailable for the UE; identifying the set of resource elements, based on the received indication; and communicating with the BS using another set of resource elements in the DL narrowband that includes the identified set of resource elements or in the one UL narrowband that includes the identified set of resource elements, wherein the other set of resource elements overlaps in time with the identified set of resource elements and excludes the identified set of resource elements.
An electromagnetic brake device for an elevator which holds a car of an elevator at a standstill by pushing a braking piece against a rotary body rotating in response to the rotation of a driving sheave of an elevator traction machine , comprising: a first movable iron piece to which the braking piece is connected, the braking piece being disposed between the first movable iron piece and the rotary body in such a manner as to be opposed to the rotary body , wherein a prescribed gap is formed between the braking piece and the rotary body in a condition of the electromagnetic brake device acting when the car is running in a shaft of the elevator; a second movable iron piece which is disposed on the side opposite to the braking piece with respect to the first movable iron piece ; a first elastic body having a prescribed pushing force, which is provided between the first movable iron piece and the second movable iron piece ; a second elastic body which pushes the second movable iron piece against the first movable iron piece side with a prescribed pushing force stronger than the pushing force of the first elastic body ; and an electromagnet which attracts the second movable iron piece against the pushing force of the second elastic body and causes the second movable iron piece to attract the first movable iron piece against the pushing force of the first elastic body . a first movable iron piece to which the braking piece is connected, the braking piece being disposed between the first movable iron piece and the rotary body in such a manner as to be opposed to the rotary body , wherein a prescribed gap is formed between the braking piece and the rotary body in a condition of the electromagnetic brake device acting when the car is running in a shaft of the elevator; a second movable iron piece which is disposed on the side opposite to the braking piece with respect to the first movable iron piece ; a first elastic body having a prescribed pushing force, which is provided between the first movable iron piece and the second movable iron piece ; a second elastic body which pushes the second movable iron piece against the first movable iron piece side with a prescribed pushing force stronger than the pushing force of the first elastic body ; and an electromagnet which attracts the second movable iron piece against the pushing force of the second elastic body and causes the second movable iron piece to attract the first movable iron piece against the pushing force of the first elastic body .