mhurhangee/patent-ind-claim-en huggingface dataset:
A vortex tube , comprising: a main body including: i. a cylindrical vortex chamber for generating a main vortex; ii. a cylindrical air circulation chamber fluidly coupled with the vortex chamber and coaxial with the vortex chamber ; and iii. a compressed air inlet coupled in fluid communication to the vortex chamber for generating a pre-vortex in an inflow flow of compressed air in a direction of flow of the main vortex; a vortex generator disposed in the vortex chamber of the main body ; a hot air outlet coupled to a first end of the main body ; and a cold air outlet coupled to a second end of the main body ; wherein the compressed air inlet includes a fluid passageway having an inlet port disposed outside the vortex chamber , a tangential outlet port disposed in fluid communication with the vortex chamber , and an arcuate portion extending between the inlet port and the tangential outlet port , wherein the inlet port and the tangential outlet port being longitudinally spaced along the longitudinal axis of the vortex chamber and the arcuate portion tracks circumferentially around a portion of the main body outside the vortex chamber and toward the air circulation chamber . a main body including: i. a cylindrical vortex chamber for generating a main vortex; ii. a cylindrical air circulation chamber fluidly coupled with the vortex chamber and coaxial with the vortex chamber ; and iii. a compressed air inlet coupled in fluid communication to the vortex chamber for generating a pre-vortex in an inflow flow of compressed air in a direction of flow of the main vortex; i. a cylindrical vortex chamber for generating a main vortex; ii. a cylindrical air circulation chamber fluidly coupled with the vortex chamber and coaxial with the vortex chamber ; and iii. a compressed air inlet coupled in fluid communication to the vortex chamber for generating a pre-vortex in an inflow flow of compressed air in a direction of flow of the main vortex; a vortex generator disposed in the vortex chamber of the main body ; a hot air outlet coupled to a first end of the main body ; and a cold air outlet coupled to a second end of the main body ; wherein the compressed air inlet includes a fluid passageway having an inlet port disposed outside the vortex chamber , a tangential outlet port disposed in fluid communication with the vortex chamber , and an arcuate portion extending between the inlet port and the tangential outlet port , wherein the inlet port and the tangential outlet port being longitudinally spaced along the longitudinal axis of the vortex chamber and the arcuate portion tracks circumferentially around a portion of the main body outside the vortex chamber and toward the air circulation chamber .
An image sensor , comprising: a pixel region in which a plurality of pixel units are arranged, each pixel unit having a plurality of photoelectric conversion portions ; a driving circuit for driving the pixel region to read out signals simultaneously from all the pixel units in the pixel region; a focus detection signal processor for generating focus detection signals by performing a correlation computation processing using first signals one of which is read out from each of all the plurality of photoelectric conversion portions of the pixel unit by the driving circuit; a captured image signal processor that generates captured image signals using second signals each of which is a sum of signals read out from all of the photoelectric conversion portions of the pixel unit by the driving circuit, the generating of the focus detection signals and captured image signals being performed in parallel; a focus detection signal output circuit that outputs the focus detection signals; and a captured image signal output circuit that outputs the captured image signal, wherein the pixel region and the driving circuit are formed on a first semiconductor chip and, the captured image signal processor, the focus detection signal processor, the focus detection signal output circuit and the captured image signal output circuit are formed on a second semiconductor chip that is different from the first semiconductor chip, wherein the first and second semiconductor chips are stacked. a pixel region in which a plurality of pixel units are arranged, each pixel unit having a plurality of photoelectric conversion portions ; a driving circuit for driving the pixel region to read out signals simultaneously from all the pixel units in the pixel region; a focus detection signal processor for generating focus detection signals by performing a correlation computation processing using first signals one of which is read out from each of all the plurality of photoelectric conversion portions of the pixel unit by the driving circuit; a captured image signal processor that generates captured image signals using second signals each of which is a sum of signals read out from all of the photoelectric conversion portions of the pixel unit by the driving circuit, the generating of the focus detection signals and captured image signals being performed in parallel; a focus detection signal output circuit that outputs the focus detection signals; and a captured image signal output circuit that outputs the captured image signal, wherein the pixel region and the driving circuit are formed on a first semiconductor chip and, the captured image signal processor, the focus detection signal processor, the focus detection signal output circuit and the captured image signal output circuit are formed on a second semiconductor chip that is different from the first semiconductor chip, wherein the first and second semiconductor chips are stacked.
A contact assembly for contacting an electrically conductive contact , with a first contact plane formed by contact surfaces and a second contact plane spaced apart from the first contact plane and projecting beyond the first contact plane , this second contact plane being spanned by contact surfaces on contact bodies that are elastically deflectable at least up to the first contact plane , characterised in that both contact planes are each spanned by exactly three contact surfaces arranged in a triangle. characterised in that both contact planes are each spanned by exactly three contact surfaces arranged in a triangle.
Method for updating a map using a server , comprising the following steps: - receiving a plurality of data packets that have been transmitted by a plurality of vehicles each using a method for transmitting data from a vehicle to the server , - computing at least some map data on the basis of raw data contained in the data packets, and - updating the map on the basis of the map data, wherein the method for transmitting data from a vehicle to the server comprises the following steps: - receiving satellite navigation signals, - ascertaining the raw data from the satellite navigation signals, - ascertaining position data from the raw data, characterized in that - the data packets are compiled, at least some of the data packets containing raw data, and - the data packets are transmitted to the server . - receiving a plurality of data packets that have been transmitted by a plurality of vehicles each using a method for transmitting data from a vehicle to the server , - computing at least some map data on the basis of raw data contained in the data packets, and - updating the map on the basis of the map data, wherein the method for transmitting data from a vehicle to the server comprises the following steps: - receiving satellite navigation signals, - ascertaining the raw data from the satellite navigation signals, - ascertaining position data from the raw data, characterized in that - the data packets are compiled, at least some of the data packets containing raw data, and - the data packets are transmitted to the server . - receiving satellite navigation signals, - ascertaining the raw data from the satellite navigation signals, - ascertaining position data from the raw data, characterized in that - the data packets are compiled, at least some of the data packets containing raw data, and - the data packets are transmitted to the server .
An isolated engineered mammalian T cell comprising or expressing DHFR FS and TYMS SS .
Device for joining textile yarns (F1, F2) for joining the opposite ends of two textile yarns (F1, F2) by means of decomposition and subsequent re-composition of the twists of the fibers of said ends in order to make up a single yarn (F), said joining device comprising two counter-rotating components , each provided with at least one joining element and disposed opposite each other defining a joining zone (G) between the respective joining elements facing each other and substantially aligned along a work axis (X), and retaining means suitable to keep the yarns (F1, F2) in tension in the joining zone (G), said retaining means being mobile from an inactive position in which they do not interfere with the joining zone (G) to an operative position on the opposite sides of the joining zone (G) in which they cooperate with the components , characterized in that said joining device comprises: - one or more motor members configured at least to selectively move at least one of the components along said work axis (X) so as to adjust the width and size of said joining zone (G) and to selectively rotate the components with respect to each other about said work axis (X) to obtain the decomposition and the subsequent re-composition of the twists of the fibers of the yarns (F1, F2); - a further motor member configured to drive said retaining means , said further motor member being at least configured to move said retaining means from said inactive position to said operative position; - a control unit having an internal memory provided with a list of functioning parameters of said two components for joining said yarns (F1, F2), said control unit being configured to control and command said one or more motor members and said further motor member on the basis of the functioning parameters present in said internal memory . - one or more motor members configured at least to selectively move at least one of the components along said work axis (X) so as to adjust the width and size of said joining zone (G) and to selectively rotate the components with respect to each other about said work axis (X) to obtain the decomposition and the subsequent re-composition of the twists of the fibers of the yarns (F1, F2); - a further motor member configured to drive said retaining means , said further motor member being at least configured to move said retaining means from said inactive position to said operative position; - a control unit having an internal memory provided with a list of functioning parameters of said two components for joining said yarns (F1, F2), said control unit being configured to control and command said one or more motor members and said further motor member on the basis of the functioning parameters present in said internal memory .
Medical ventilator comprising: - an electric current source electrically connected, via a DC bus , to a micro-blower including an electric motor , DC being the acronym of direct current, - an inverter device comprising a plurality of electronic switch sub-assemblies (4-9), which is configured to convert a DC current or a DC voltage flowing through the DC bus into an AC current or an AC voltage, AC being the acronym of alternating current, and - an inverter control device configured to control the inverter device so as to supply or interrupt the supply of AC current or AC voltage to the electric motor of the micro-blower , characterized in that each electronic switch sub-assembly (4-9) comprises a transistor , a freewheeling diode arranged in anti-parallel with the transistor , and a TVS diode arranged in parallel with the freewheeling diode , TVS being the acronym of transient voltage suppression. - an electric current source electrically connected, via a DC bus , to a micro-blower including an electric motor , DC being the acronym of direct current, - an inverter device comprising a plurality of electronic switch sub-assemblies (4-9), which is configured to convert a DC current or a DC voltage flowing through the DC bus into an AC current or an AC voltage, AC being the acronym of alternating current, and - an inverter control device configured to control the inverter device so as to supply or interrupt the supply of AC current or AC voltage to the electric motor of the micro-blower ,
A resin for use as a tie layer in a multilayer structure, the resin comprising: a first composition, wherein the first composition comprises at least one ethylene-based polymer and wherein the first composition comprises a MWCDI value greater than 0.9, wherein MWCDI is measured as described in the description; and a melt index ratio (110/12) that meets the following equation: 110/12 ≥ 7.0 - 1.2 x log ; melt indices 12 and 110 are measured in accordance to ASTM D-1238 (method B) at 190°C and at 2.16 kg and 10 kg load, respectively; and a maleic anhydride grafted polyethylene comprising a maleic anhydride grafted high density polyethylene, a maleic anhydride grafted linear low density polyethylene, a maleic anhydride grafted polyethylene elastomer, or a combination thereof; wherein the amount of maleic anhydride constituent grafted onto the polyethylene chain is greater than 0.05 weight percent to 3 weight percent (based on the weight of the polyethylene) as determined by titration analysis, FTIR analysis or any other appropriate method; and wherein the resin comprises 80 to 95 weight percent of the first composition and 5 to 20 weight percent of the maleic anhydride grafted polyethylene. a first composition, wherein the first composition comprises at least one ethylene-based polymer and wherein the first composition comprises a MWCDI value greater than 0.9, wherein MWCDI is measured as described in the description; and a melt index ratio (110/12) that meets the following equation: 110/12 ≥ 7.0 - 1.2 x log ; melt indices 12 and 110 are measured in accordance to ASTM D-1238 (method B) at 190°C and at 2.16 kg and 10 kg load, respectively; and a maleic anhydride grafted polyethylene comprising a maleic anhydride grafted high density polyethylene, a maleic anhydride grafted linear low density polyethylene, a maleic anhydride grafted polyethylene elastomer, or a combination thereof; wherein the amount of maleic anhydride constituent grafted onto the polyethylene chain is greater than 0.05 weight percent to 3 weight percent (based on the weight of the polyethylene) as determined by titration analysis, FTIR analysis or any other appropriate method; and wherein the resin comprises 80 to 95 weight percent of the first composition and 5 to 20 weight percent of the maleic anhydride grafted polyethylene.
Side window for a vehicle, with an upper edge (O), a lower edge (U), a front edge (V), and a rear edge (H), at least comprising a first pane and a second pane that are joined to one another via a thermoplastic intermediate layer , wherein the first pane , the second pane , and the thermoplastic intermediate layer each has a hole and wherein the holes of the first pane , of the second pane , and of the thermoplastic intermediate layer are superposed such that a leadthrough for the fastening of a clamping element extends through the entire side window, and wherein the hole of the first pane is larger than the hole of the second pane , characterised in that a clamping element is clamped on between the leadthrough and the lower edge (U).
A surgical instrument, comprising: an elongate body ; opposed projections extending laterally from a distal portion of the elongate body that are configured to at least partially surround a shank of an implantable anchor at a position distal of a proximal head of the anchor such that a longitudinal axis of the elongate body is laterally offset from a longitudinal axis of the anchor; a lock configured to exert a drag force on the head of the anchor to control polyaxial movement of the instrument relative to the anchor, wherein the lock is configured to translate relative to the elongate body and contact an upper portion of the proximal head of the anchor; and a locking screw disposed within a lumen of the elongate body and configured to adjust the drag force exerted on the head of the anchor, wherein a proximal portion of the elongate body is configured to receive a retractor assembly including a plurality of tissue manipulating implements and selectively lock the retractor assembly at any of a plurality of positions along a length of the proximal portion of the elongate body. an elongate body ; opposed projections extending laterally from a distal portion of the elongate body that are configured to at least partially surround a shank of an implantable anchor at a position distal of a proximal head of the anchor such that a longitudinal axis of the elongate body is laterally offset from a longitudinal axis of the anchor; a lock configured to exert a drag force on the head of the anchor to control polyaxial movement of the instrument relative to the anchor, wherein the lock is configured to translate relative to the elongate body and contact an upper portion of the proximal head of the anchor; and a locking screw disposed within a lumen of the elongate body and configured to adjust the drag force exerted on the head of the anchor, wherein a proximal portion of the elongate body is configured to receive a retractor assembly including a plurality of tissue manipulating implements and selectively lock the retractor assembly at any of a plurality of positions along a length of the proximal portion of the elongate body.
A door device for connecting, to an insulating space , a container comprising a container flange with a plurality of radial flanges that are distributed around its circumference, wherein the door device comprises: a door which is reversibly adjustable from a closed position, in which it closes a passage opening of the door device, to an open position, in which it enables access to the passage opening, and which has an interface of a closure device for fastening a lid which is fastened to the container; a frame with axial grooves for inserting the radial flanges of the container on which the door is mounted; and a cover which is reversibly adjustable from an insertion position, in which it enables access to the axial grooves for insertion and removal of the radial flanges , to a locking position, in which it locks the axial grooves against removal of the radial flanges in order to lock the container to the door device, characterised in that the cover has a ring with a plurality of grooves through which, in the insertion position of the cover, the radial flanges of the container can be inserted into the axial grooves of the frame, and / or that the door device has an actuator for reversibly adjusting a plurality of radial flanges of the lid from an insertion position, in which these are arranged in axial grooves of the interface of the closure device, which is a first bayonet closure device, into a locking position, in which these radial flanges grippingly engage behind undercuts of the interface in order to lock the lid to the door. a door which is reversibly adjustable from a closed position, in which it closes a passage opening of the door device, to an open position, in which it enables access to the passage opening, and which has an interface of a closure device for fastening a lid which is fastened to the container; a frame with axial grooves for inserting the radial flanges of the container on which the door is mounted; and a cover which is reversibly adjustable from an insertion position, in which it enables access to the axial grooves for insertion and removal of the radial flanges , to a locking position, in which it locks the axial grooves against removal of the radial flanges in order to lock the container to the door device, characterised in that the cover has a ring with a plurality of grooves through which, in the insertion position of the cover, the radial flanges of the container can be inserted into the axial grooves of the frame, and / or that the door device has an actuator for reversibly adjusting a plurality of radial flanges of the lid from an insertion position, in which these are arranged in axial grooves of the interface of the closure device, which is a first bayonet closure device, into a locking position, in which these radial flanges grippingly engage behind undercuts of the interface in order to lock the lid to the door.
A system for monitoring and analyzing milk collection comprising: a computing device having an imaging component ; and a milk collection device configured to enable breastpumping data collection through interaction with the imaging component of the computing device and a custom software application, wherein the computing device is configured to execute the custom software application, and wherein the custom software application configured to recognize a codification element associated with the milk collection device from an image generated by the imaging component to determine milk volume within the milk collection device. a computing device having an imaging component ; and a milk collection device configured to enable breastpumping data collection through interaction with the imaging component of the computing device and a custom software application, wherein the computing device is configured to execute the custom software application, and wherein the custom software application configured to recognize a codification element associated with the milk collection device from an image generated by the imaging component to determine milk volume within the milk collection device.
A back rest for a vehicle seat , said back rest having a back side and a front side, said back rest comprising a seat frame , a back rest case adapted to cover at least a portion the back side of said back rest , a trim cover adapted to cover at least a portion of the front side of said back rest , and at least one air bag module having at least one air bag , said at least one air bag module having a main direction of deployment (A) along which said at least one air bag is adapted to be deployed, said at least one air bag during deployment having an escape route between said trim cover and said seat back rest case to reach an inflated position, wherein a support member is adapted to support said trim cover , said support member being positioned so as to intersect with said main direction of deployment (A) of said at least one air bag module , said support member comprises at least one weak point at which said support member is adapted to be deformed when said air bag is deployed so as to at least partly displace said support member , characterized in that said at least one weak point is a deformation line about which said support member is intended to deform or pivot upon deployment of said air bag , wherein said deformation line is formed by a continuous groove or a series of indents or by a second material adapted to be deformed due to geometry of the material and/or by at least one weakened section in the material. said at least one air bag during deployment having an escape route between said trim cover and said seat back rest case to reach an inflated position, wherein a support member is adapted to support said trim cover , said support member being positioned so as to intersect with said main direction of deployment (A) of said at least one air bag module , said support member comprises at least one weak point at which said support member is adapted to be deformed when said air bag is deployed so as to at least partly displace said support member , characterized in that said at least one weak point is a deformation line about which said support member is intended to deform or pivot upon deployment of said air bag , wherein said deformation line is formed by a continuous groove or a series of indents or by a second material adapted to be deformed due to geometry of the material and/or by at least one weakened section in the material.