mhurhangee/patent-ind-claim-en huggingface dataset:
A mask comprising: a body portion for covering a wearer's face; and a sealing member that conforms to the wearer's face to provide a seal between the body portion and the wearer's face, the sealing member comprising: an attachment portion attached to an upper part of the body portion across its width; and a folded over portion folded over the attachment portion , a surface of the folded over portion in contact with the wearer's nose and cheeks when the mask is donned; the mask is characterized in that : the attachment portion and the folded over portion form either: an integral pocket at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at side sections; or two integral pockets at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at a center section or at a center section and side sections. a body portion for covering a wearer's face; and a sealing member that conforms to the wearer's face to provide a seal between the body portion and the wearer's face, the sealing member comprising: an attachment portion attached to an upper part of the body portion across its width; and a folded over portion folded over the attachment portion , a surface of the folded over portion in contact with the wearer's nose and cheeks when the mask is donned; an attachment portion attached to an upper part of the body portion across its width; and a folded over portion folded over the attachment portion , a surface of the folded over portion in contact with the wearer's nose and cheeks when the mask is donned; the mask is characterized in that : the attachment portion and the folded over portion form either: an integral pocket at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at side sections; or two integral pockets at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at a center section or at a center section and side sections. an integral pocket at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at side sections; or two integral pockets at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at a center section or at a center section and side sections.
A press comprising, a chamber ; a ram ; an actuator ; and, a fastening system connecting the ram to the actuator , the fastening system having a pin extending from the actuator through a clearance hole in the ram and an abutment inside the ram , the abutment being attached to or part of the pin or both, wherein the abutment projects beyond the clearance hole such that when the actuator moves out of the chamber , the actuator pulls on the pin and the pin pushes against the inner surface of ram , characterized in that , the press comprises first and second plates between the abutment and an inside surface of the ram , wherein the first and second plates have corresponding non-planar adjacent surfaces. a chamber ; a ram ; an actuator ; and, a fastening system connecting the ram to the actuator , the fastening system having a pin extending from the actuator through a clearance hole in the ram and an abutment inside the ram , the abutment being attached to or part of the pin or both, wherein the abutment projects beyond the clearance hole such that when the actuator moves out of the chamber , the actuator pulls on the pin and the pin pushes against the inner surface of ram , characterized in that , the press comprises first and second plates between the abutment and an inside surface of the ram , wherein the first and second plates have corresponding non-planar adjacent surfaces.
Aircraft seat device with at least one mounting unit , with a seat bottom that is connected to the mounting unit and is adjustable relative to the mounting unit between a sitting position and at least one comfort position, with a backrest that is pivotable between a sitting position and a comfort position and with at least one lower backrest element , which is arranged in a lower region of the backrest and is pivotable, at least relative to the backrest , at least between a sitting position and at least one comfort position, characterized in that the at least one lower backrest element is configured to be supported at the backrest without a guiding element, the lower backrest element being supported merely by lying upon a surface of the backrest . with at least one mounting unit , with a seat bottom that is connected to the mounting unit and is adjustable relative to the mounting unit between a sitting position and at least one comfort position, with a backrest that is pivotable between a sitting position and a comfort position and with at least one lower backrest element , which is arranged in a lower region of the backrest and is pivotable, at least relative to the backrest , at least between a sitting position and at least one comfort position, characterized in that the at least one lower backrest element is configured to be supported at the backrest without a guiding element, the lower backrest element being supported merely by lying upon a surface of the backrest .
Motor vehicle steering system , comprising a steering column module with a steering handle for inputting a driver-side steering command, a steering angle sensor for detecting a steering angle (φ) specified by way of the steering command, and a torque sensor for detecting a torque (M) applied via the steering handle in the course of a steering command, a steering gear with a steering actuator for enacting the steering command at vehicle wheels , and a control unit which is configured so as to actuate the steering actuator in a main operating mode in a manner which is dependent on the steering angle (φ) which is detected by means of the steering angle sensor and is specified via the steering handle , and so as to actuate the steering actuator in a fall-back mode in a manner which is dependent on the torque (M) which is detected by means of the torque sensor and is applied via the steering handle , characterized in that a relationship for a steering rod moving speed (v) for a steering rod of the steering gear in a manner which is dependent on the torque (M) which is applied via the steering handle is stored in the control unit , and the control unit is configured so as to set a steering rod moving speed (v) in the fall-back mode via the steering actuator on the basis of the abovementioned relationship in a manner which is dependent on the torque (M) which is detected by the torque sensor . a steering column module with a steering handle for inputting a driver-side steering command, a steering angle sensor for detecting a steering angle (φ) specified by way of the steering command, and a torque sensor for detecting a torque (M) applied via the steering handle in the course of a steering command, a steering gear with a steering actuator for enacting the steering command at vehicle wheels , and a control unit which is configured so as to actuate the steering actuator in a main operating mode in a manner which is dependent on the steering angle (φ) which is detected by means of the steering angle sensor and is specified via the steering handle , and so as to actuate the steering actuator in a fall-back mode in a manner which is dependent on the torque (M) which is detected by means of the torque sensor and is applied via the steering handle , characterized in that a relationship for a steering rod moving speed (v) for a steering rod of the steering gear in a manner which is dependent on the torque (M) which is applied via the steering handle is stored in the control unit , and the control unit is configured so as to set a steering rod moving speed (v) in the fall-back mode via the steering actuator on the basis of the abovementioned relationship in a manner which is dependent on the torque (M) which is detected by the torque sensor .
An air conditioning system, comprising: a plurality of indoor units configured to be installed in the same indoor space, including respective usage-side heat exchangers , and capable of setting set temperatures individually; an outdoor unit including a heat-source-side heat exchanger for conducting heat exchange with refrigerant circulating through the usage-side heat exchangers; and a control device configured so as to perform temperature control of the same indoor space for each indoor unit, using a thermo-ON condition set in advance in accordance with the set temperatures, and to relax the thermo-ON condition of thermo-OFF indoor units when the indoor units include both those that are thermo-ON and those that are thermo-OFF and a predetermined condition is satisfied, characterized in that , in the control device, the predetermined condition is that among the plurality of indoor units, there must be at least one unit that has continued to be thermo-ON for a first elapsed time or longer, and at least one unit that has continued to be thermo-OFF for a second elapsed time or longer. a plurality of indoor units configured to be installed in the same indoor space, including respective usage-side heat exchangers , and capable of setting set temperatures individually; an outdoor unit including a heat-source-side heat exchanger for conducting heat exchange with refrigerant circulating through the usage-side heat exchangers; and a control device configured so as to perform temperature control of the same indoor space for each indoor unit, using a thermo-ON condition set in advance in accordance with the set temperatures, and to relax the thermo-ON condition of thermo-OFF indoor units when the indoor units include both those that are thermo-ON and those that are thermo-OFF and a predetermined condition is satisfied, characterized in that , in the control device, the predetermined condition is that among the plurality of indoor units, there must be at least one unit that has continued to be thermo-ON for a first elapsed time or longer, and at least one unit that has continued to be thermo-OFF for a second elapsed time or longer.
A fluid pressure cylinder comprising a cylinder tube including cylinder chambers defined in interior thereof, a cover member attached to an end of the cylinder tube , a piston disposed displaceably along the cylinder chambers , and a piston rod that is connected to the piston , wherein a central portion of the piston is connected with respect to the piston rod by insertion of a pin member into the piston rod and plastically deforming the pin member , characterized in that the pin member is punched with respect to the piston rod at a predetermined angle of inclination with respect to an axial direction of the piston rod such that a direction of displacement of the piston and a fastening direction of the pin member are not along a straight line.
A cover element for sealing capsules for use in making brewed beverages, comprising: - a main layer having an inner surface adapted to face housing zone of a capsule for making brewed beverages and an outer surface that faces away from the inner surface , said main layer being made of a compostable material; - a protective layer overlying the outer surface of the main layer ; - a waterproof layer ; - a filtering layer underlying of the inner surface of the main layer ; wherein at least said main layer has a plurality of lines of weakness formed at least on said outer surface , said waterproof layer being free of lines of weakness , haracterised in that the waterproof layer is applied on the inner surface of the main layer and comprises at least one metallic layer , and in that said filtering layer is free of lines of weakness. - a main layer having an inner surface adapted to face housing zone of a capsule for making brewed beverages and an outer surface that faces away from the inner surface , said main layer being made of a compostable material; - a protective layer overlying the outer surface of the main layer ; - a waterproof layer ; - a filtering layer underlying of the inner surface of the main layer ; wherein at least said main layer has a plurality of lines of weakness formed at least on said outer surface , said waterproof layer being free of lines of weakness ,
A specimen collection device comprising: a test block comprising a locking receiver void ; a collector holder tube for insertion into the locking receiver void of the test block ; and a specimen collector for insertion within the collector holder tube , the specimen collector comprising: a closure having an insert portion and a cap portion ; an O-ring positioned on the insert portion such that the closure is biased towards a non- pivoted alignment when inserted within the collector holder tube ; a shaft having a first end coupled to the insert portion and extending therefrom, the shaft terminating at a second end that has a collection swab coupled thereto; a chamber within the closure configured to hold a radio frequency identification tag therein, wherein the radio frequency identification tag is inserted into the chamber , and at least one locking flange extending from the cap portion and configured to engage a locking receiver of the test block; and a lid configured to sealingly engage the cap portion adjacent the chamber , wherein the seal between the lid and the cap portion is permanent. a test block comprising a locking receiver void ; a collector holder tube for insertion into the locking receiver void of the test block ; and a specimen collector for insertion within the collector holder tube , the specimen collector comprising: a closure having an insert portion and a cap portion ; an O-ring positioned on the insert portion such that the closure is biased towards a non- pivoted alignment when inserted within the collector holder tube ; a shaft having a first end coupled to the insert portion and extending therefrom, the shaft terminating at a second end that has a collection swab coupled thereto; a chamber within the closure configured to hold a radio frequency identification tag therein, wherein the radio frequency identification tag is inserted into the chamber , and at least one locking flange extending from the cap portion and configured to engage a locking receiver of the test block; and a lid configured to sealingly engage the cap portion adjacent the chamber , wherein the seal between the lid and the cap portion is permanent. a closure having an insert portion and a cap portion ; an O-ring positioned on the insert portion such that the closure is biased towards a non- pivoted alignment when inserted within the collector holder tube ; a shaft having a first end coupled to the insert portion and extending therefrom, the shaft terminating at a second end that has a collection swab coupled thereto; a chamber within the closure configured to hold a radio frequency identification tag therein, wherein the radio frequency identification tag is inserted into the chamber , and at least one locking flange extending from the cap portion and configured to engage a locking receiver of the test block; and a lid configured to sealingly engage the cap portion adjacent the chamber , wherein the seal between the lid and the cap portion is permanent.
Flow bypass arrangement for arranging in the hot gas duct of a turbomachine , comprising a first flow bypass structure and a second flow bypass structure , which flow bypass structures each have, with respect to the bypass flow in the hot gas duct, a leading edge and a trailing edge downstream thereof, the second flow bypass structure being provided as a deflection vane having a suction side and a pressure side and having a smaller profile thickness than the first flow bypass structure , which is arranged on the suction side of the second flow bypass structure , the second flow bypass structure having a partial axial overlap with the first flow bypass structure with respect to a longitudinal axis of the turbomachine , but at the same time the trailing edge of the second flow bypass structure being offset axially downstream with respect to the trailing edge of the first flow bypass structure , characterized in that the trailing edge of the second flow bypass structure is offset with respect to the trailing edge of the first flow bypass structure by at least 0.5 times and at most 4.0 times an axial length of the blading of a rotor which is intended to be arranged axially downstream directly following the flow bypass arrangement .
A vaccine composition comprising: (i) a peptide hydrogel that is a liquid at room temperature and a gel at physiological pH, physiological salt concentrations and/or physiological temperatures; and (ii) one or more antigens; wherein the peptide hydrogel comprises the self-assembling peptide RADARADARADARADA (SEQ ID NO:2). (i) a peptide hydrogel that is a liquid at room temperature and a gel at physiological pH, physiological salt concentrations and/or physiological temperatures; and (ii) one or more antigens;
An NVMe-based data read system, wherein the system comprises a host , an NVMe controller, and a storage medium, wherein the storage medium is configured to store data; the host is configured to trigger a read instruction, wherein the read instruction carries indication information, the indication information is used to indicate a first address, and the first address is an address that is addressable by the NVMe controller; the NVMe controller is configured to: obtain the read instruction, read, from the storage medium, to-be-read data corresponding to the read instruction, and send a first data packet to the host , wherein the first data packet carries the first address and first payload data, and the to-be-read data comprises the first payload data; and the host is further configured to: receive the first data packet, determine a second address based on the first address, and write the first payload data into a storage unit indicated by the second address, wherein the second address is an address that is addressable by the host; wherein the storage unit indicated by the second address is a private memory unit of the host. the storage medium is configured to store data; the host is configured to trigger a read instruction, wherein the read instruction carries indication information, the indication information is used to indicate a first address, and the first address is an address that is addressable by the NVMe controller; the NVMe controller is configured to: obtain the read instruction, read, from the storage medium, to-be-read data corresponding to the read instruction, and send a first data packet to the host , wherein the first data packet carries the first address and first payload data, and the to-be-read data comprises the first payload data; and the host is further configured to: receive the first data packet, determine a second address based on the first address, and write the first payload data into a storage unit indicated by the second address, wherein the second address is an address that is addressable by the host; wherein the storage unit indicated by the second address is a private memory unit of the host.
A low-density hot dip galvanized steel, comprising a steel substrate, a coating layer, and an interface layer, wherein the steel substrate is located at a core portion of the steel, the coating layer is located on a surface of the steel substrate, and the interface layer is disposed between the steel substrate and the coating layer, wherein the interface layer comprises iron particles dispersed on the steel substrate and covering the steel substrate thereby being disposed in an iron particle layer, wherein the iron particles are covered by a first inhibition layer; the steel substrate has an internal oxidized layer in a portion adjacent to the iron particle layer, the internal oxidized layer containing oxides of Al; the low-density hot dip galvanized steel contains element Al in a mass percentage of 3.0% to 7.0%.
A magnetic resonance imaging system comprising: a solenoid magnet configured to generate a static magnetic field; and an annular coil assembly housed within at least a portion of the solenoid magnet to image a subject , the coil assembly comprising a gradient coil , wherein the annular coil assembly has an aperture formed at one particular circumferential location along an annulus of the annular coil assembly to allow access to a part of the subject located within the annular coil, wherein the aperture extends along a longitudinal direction of the annular coil assembly; and, wherein the annular coil assembly is configured to be rotatable around the subject and relative to the magnet such that a position of the aperture within the magnet remains variable even after the part of the subject has been brought in an imaging position relative to the magnet. a solenoid magnet configured to generate a static magnetic field; and an annular coil assembly housed within at least a portion of the solenoid magnet to image a subject , the coil assembly comprising a gradient coil , wherein the annular coil assembly has an aperture formed at one particular circumferential location along an annulus of the annular coil assembly to allow access to a part of the subject located within the annular coil, wherein the aperture extends along a longitudinal direction of the annular coil assembly; and, wherein the annular coil assembly is configured to be rotatable around the subject and relative to the magnet such that a position of the aperture within the magnet remains variable even after the part of the subject has been brought in an imaging position relative to the magnet.
A touch sensor comprising: a substrate ; and a plurality of sensor pixels (SP) positioned on the substrate and connected to sensor scan lines and output lines, wherein at least one of the sensor pixels is connected to an ith sensor scan line (SSi) and a jth output line (Oj), where i is an integer of no less than 2 and j is a natural number, and comprises: a sensor electrode ; a first transistor (T1) having a gate electrode connected to the sensor electrode to control a current output through the jth output line; a second transistor (T2) having a gate electrode connected to the ith sensor scan line and connected between a reference voltage line (Pj) and one of a source electrode and a drain electrode of the first transistor (T1); and a capacitor electrode forming a first capacitor (C1) with the sensor electrode and connected to the ith sensor scan line. a substrate ; and a plurality of sensor pixels (SP) positioned on the substrate and connected to sensor scan lines and output lines, wherein at least one of the sensor pixels is connected to an ith sensor scan line (SSi) and a jth output line (Oj), where i is an integer of no less than 2 and j is a natural number, and comprises: a sensor electrode ; a first transistor (T1) having a gate electrode connected to the sensor electrode to control a current output through the jth output line; a second transistor (T2) having a gate electrode connected to the ith sensor scan line and connected between a reference voltage line (Pj) and one of a source electrode and a drain electrode of the first transistor (T1); and a capacitor electrode forming a first capacitor (C1) with the sensor electrode and connected to the ith sensor scan line. a sensor electrode ; a first transistor (T1) having a gate electrode connected to the sensor electrode to control a current output through the jth output line; a second transistor (T2) having a gate electrode connected to the ith sensor scan line and connected between a reference voltage line (Pj) and one of a source electrode and a drain electrode of the first transistor (T1); and a capacitor electrode forming a first capacitor (C1) with the sensor electrode and connected to the ith sensor scan line.