mhurhangee/patent-ind-claim-en huggingface dataset:
Device for connection of first and second double-wall pipes , the first pipe including a first interior pipe that has an end section (T32) and an end surface (32.1) and a first exterior pipe spaced from the first interior pipe that has an end section (T34) and an end surface (34.1), the second pipe including a second interior pipe that has an end section (T36) and an end surface (36.1) and second exterior pipe spaced from the second interior pipe that has an end section (T38) and an end surface (38.1), the connection device including an interior connection system configured to connect the first and second interior pipes and an exterior connection system configured to connect the first and second exterior pipes and including a first part that cooperates with the end section (T34) of the first exterior pipe and a second part that cooperates with the end section (T38) of the second exterior pipe , characterized in that the exterior connection system is configured so that at a first temperature at least one of the first and second parts exerts a contact force on the end section (T34, T38) of the corresponding first or second exterior pipe greater than at a second temperature higher than the first temperature.
Pneumatic spring for a vehicle with a hose-like bellows , the first axial end of which is fastened on a vehicle body side cover plate and the second axial end of which is fastened on a chassis side support component for the formation and delimitation of a closed internal space , as well as means for determining the deflection length (E) of the pneumatic spring , characterized in that at least one acoustic sound source and at least one acoustic sound sensor are arranged in the region of an inner surface of the cover plate pointing in the direction of the internal space , in that the acoustic signal of the sound source is an approximated noise signal , an acoustic chirp signal or an acoustic sweep signal with frequencies between 0 Hz and 20000 Hz, in that the at least one sound sensor is connected to an electronic unit for signaling purposes for forwarding an output signal of said sound sensor, and that the electronic unit is configures such that by means of the output signal of the acoustic sound sensor the distance (A 1 , A 2 , A 3 ) between the inner surface of the cover plate and an end face of the support component and hence the deflection length (E) of the pneumatic spring can be determined.
A coated component for a medicinal delivery device comprising a component and a fluorine-containing coating, wherein the fluorine-containing coating comprises two layers, a first polyfluoropolyether-containing layer comprising polyfluoropolyether silane entities of the following Formula Ib: R f [Q 1 -[C(R) 2 -Si(O-) 3-x (R 1a ) x ] y ] z Ib which shares at least one covalent bond with a second non-fluorinated layer comprising entities of the following Formula IIb: (-O) 3-m-n (X) n (R 1 ) m Si - Q - Si(R 2 ) k (X) 1 (O-) 3-k-1 IIb which in turn shares at least one covalent bond with the component; and wherein: R f is a monovalent or multivalent polyfluoropolyether segment; Q 1 is an organic divalent or trivalent linking group; each R is independently hydrogen or a C1-4 alkyl group; R Ia is a C1-8 alkyl or phenyl group; k, 1, m and n are independently 0, 1 or 2, but with the priviso that m+n and k+1 are at most 2; x is 0 or 1 or 2; y is 1 or 2; and z is 1, 2, 3, or 4; R 1 and R 2 are independently selected univalent groups, X is a hydrolysable or hydroxy group, m and k are independently 0, 1, or 2 and Q is a divalent organic linking group, comprising a substituted C 2 to C 12 hydrocarbyl chain and one or more amine groups, wherein the component is a component of a metered dose inhaler and wherein the component is selected from the group consisting of an actuator, an aerosol container, a ferrule, a valve body, a valve stem and a compression spring. R f is a monovalent or multivalent polyfluoropolyether segment; Q 1 is an organic divalent or trivalent linking group; each R is independently hydrogen or a C1-4 alkyl group; R Ia is a C1-8 alkyl or phenyl group; k, 1, m and n are independently 0, 1 or 2, but with the priviso that m+n and k+1 are at most 2; x is 0 or 1 or 2; y is 1 or 2; and z is 1, 2, 3, or 4; R 1 and R 2 are independently selected univalent groups, X is a hydrolysable or hydroxy group, m and k are independently 0, 1, or 2 and Q is a divalent organic linking group, comprising a substituted C 2 to C 12 hydrocarbyl chain and one or more amine groups, wherein the component is a component of a metered dose inhaler and wherein the component is selected from the group consisting of an actuator, an aerosol container, a ferrule, a valve body, a valve stem and a compression spring.
A live content access method of a client in a wireless communication system, comprising: receiving a request for playing a content; receiving content structure information on the content from a content transfer server; receiving content segments (S330) and random access information of the content segments (S340) from a content provision server using location information of the content segments and location information of the random access information in the content structure information, the random access information comprising at least one random access point; storing the content segments and the random access information; and selecting and accessing, if a request for accessing a specific time point of the content is received, a content segment corresponding to a random access point which is most adjacent to the specific time point using the random access information, and wherein the content structure information comprises the location information of the content segments constituting the content and the location information of the random access information of the content segments, wherein the location information of the content segments and the location information of the random access information, each comprising a uniform resource locator, URL, are included independently in the content structure information. receiving a request for playing a content; receiving content structure information on the content from a content transfer server; receiving content segments (S330) and random access information of the content segments (S340) from a content provision server using location information of the content segments and location information of the random access information in the content structure information, the random access information comprising at least one random access point; storing the content segments and the random access information; and selecting and accessing, if a request for accessing a specific time point of the content is received, a content segment corresponding to a random access point which is most adjacent to the specific time point using the random access information, and wherein the content structure information comprises the location information of the content segments constituting the content and the location information of the random access information of the content segments, wherein the location information of the content segments and the location information of the random access information, each comprising a uniform resource locator, URL, are included independently in the content structure information.
An ammunition transfer system for reversible transfer of ammunition in an automatic cannon , comprising: a primary magazine , at least one secondary magazine , a hoisting device comprising a chain drive arrangement for the transport of the at least one secondary magazine to the primary magazine , wherein the system comprises a docking and transfer arrangement for docking of the secondary magazine with the primary magazine for transfer of ammunition between the magazines , wherein the secondary magazine and the primary magazine comprise a respective chain conveyor for feeding ammunition to or from an ammunition outlet , wherein the respective chain conveyors are driven synchronously with one another via at least one drive arrangement for driving the secondary magazine and the primary magazine during the transfer of ammunition between the magazines .
An electronic device, comprising circuitry, configured to communicate with a terminal device via at least one component carrier, acquire a plurality of positions of the terminal device at different time instants, and determine a candidate component carrier to serve the terminal device as a secondary component carrier together with the at least one component carrier based on the acquired plurality of positions of the terminal device at different time instants, wherein the circuitry is further configured to determine the moving direction and moving speed of the terminal device based on the plurality of positions of the terminal device and determine the candidate component carrier as the secondary component carrier for the terminal device at least based on the moving direction and moving speed of the terminal device and the coverage range of the candidate component carrier. circuitry, configured to communicate with a terminal device via at least one component carrier, acquire a plurality of positions of the terminal device at different time instants, and determine a candidate component carrier to serve the terminal device as a secondary component carrier together with the at least one component carrier based on the acquired plurality of positions of the terminal device at different time instants, wherein the circuitry is further configured to determine the moving direction and moving speed of the terminal device based on the plurality of positions of the terminal device and determine the candidate component carrier as the secondary component carrier for the terminal device at least based on the moving direction and moving speed of the terminal device and the coverage range of the candidate component carrier.
An apparatus, comprising: a request-processing mechanism to determine a request for data or a service from a remote computer system, and to determine at least a routable prefix and a name suffix associated with the request; cryptography mechanism to determine an encryption key that corresponds to a session with the remote computer system, and encrypt the name suffix using the session encryption key; an Interest-processing mechanism to generate an Interest whose name includes the routable prefix, a session identifier for the session, and the encrypted name suffix, wherein the session identifier enables the remote computer system to generate a decryption key based on the session identifier, the decryption key being used by the remote computer system to decrypt the encrypted name suffix; and a communication mechanism to disseminate the Interest over a named-data network to send the request to the remote computer system. a request-processing mechanism to determine a request for data or a service from a remote computer system, and to determine at least a routable prefix and a name suffix associated with the request; cryptography mechanism to determine an encryption key that corresponds to a session with the remote computer system, and encrypt the name suffix using the session encryption key; an Interest-processing mechanism to generate an Interest whose name includes the routable prefix, a session identifier for the session, and the encrypted name suffix, wherein the session identifier enables the remote computer system to generate a decryption key based on the session identifier, the decryption key being used by the remote computer system to decrypt the encrypted name suffix; and a communication mechanism to disseminate the Interest over a named-data network to send the request to the remote computer system.
A power supply unit for an aerosol inhaler that causes an aerosol generated from an aerosol source heated by a first load to pass through a flavor source heated by a second load to add a flavor component of the flavor source to the aerosol, the power supply unit comprising: a power supply configured to be dischargeable to the first load and the second load; and a processing device , wherein the processing device is configured to control discharging from the power supply to the first load in response to a signal from a first sensor (14; 15) configured to output the signal indicating an aerosol generation request, wherein the processing device is configured to control discharging from the power supply to the second load such that a temperature of the flavor source converges to a target temperature based on an output of a second sensor (T1; T3) configured to output information on a temperature of the flavor source, and wherein the processing device is configured to increase the target temperature such that a period during which the highest target temperature is applied is the longest, based on a cumulative number of times of discharging to the first load in response to the signal or a cumulative time of discharging to the first load in response to the signal. a power supply configured to be dischargeable to the first load and the second load; and a processing device , wherein the processing device is configured to control discharging from the power supply to the first load in response to a signal from a first sensor (14; 15) configured to output the signal indicating an aerosol generation request, wherein the processing device is configured to control discharging from the power supply to the second load such that a temperature of the flavor source converges to a target temperature based on an output of a second sensor (T1; T3) configured to output information on a temperature of the flavor source, and wherein the processing device is configured to increase the target temperature such that a period during which the highest target temperature is applied is the longest, based on a cumulative number of times of discharging to the first load in response to the signal or a cumulative time of discharging to the first load in response to the signal.
An insole for a shoe, the insole comprising: an insole body defining a recess; a removable assembly being removable from and insertable into the recess of the insole body, the removable assembly comprising a battery , a transmitter inductive coil (L1) configured to inductively transfer electromagnetic power, and a first circuit configured to control the transfer of the electromagnetic power; and an internal heating element for delivering heat to at least a portion of the insole body, the internal heating element associated with a receiver inductive coil (L2) configured to wirelessly receive the inductively transferred power and deliver that received power to the internal heating element. an insole body defining a recess; a removable assembly being removable from and insertable into the recess of the insole body, the removable assembly comprising a battery , a transmitter inductive coil (L1) configured to inductively transfer electromagnetic power, and a first circuit configured to control the transfer of the electromagnetic power; and an internal heating element for delivering heat to at least a portion of the insole body, the internal heating element associated with a receiver inductive coil (L2) configured to wirelessly receive the inductively transferred power and deliver that received power to the internal heating element.
A spark plug, comprising: a cylindrical insulator having an axial hole formed therethrough in an axis direction of the spark plug ; a center electrode inserted in an front side of the axial hole ; a cylindrical metal shell arranged on an outer circumference of the insulator ; and a ground electrode joined to a front end portion of the metal shell so as to form a gap between the ground electrode and the center electrode , the ground electrode including an electrode base portion extending from the front end portion of the metal shell toward the front in the axis direction, a curved bent portion connected at one end thereof to a front end of the electrode base portion ; and an electrode distal end portion extending from the other end of the bent portion in a direction different from the direction of extension of the electrode base portion and forming the gap with the center electrode , wherein the ground electrode comprises a base material and a coating layer applied to the base material and made of a material having higher oxidation resistance than that of the base material so as to cover at least a distal end face; and wherein the base material of the ground electrode is exposed at least at a part of the electrode base portion , characterized in that the coating layer is applied to an outer circumferential surface other than a center-electrode-side surface of the electrode distal end portion . a cylindrical insulator having an axial hole formed therethrough in an axis direction of the spark plug ; a center electrode inserted in an front side of the axial hole ; a cylindrical metal shell arranged on an outer circumference of the insulator ; and a ground electrode joined to a front end portion of the metal shell so as to form a gap between the ground electrode and the center electrode , the ground electrode including an electrode base portion extending from the front end portion of the metal shell toward the front in the axis direction, a curved bent portion connected at one end thereof to a front end of the electrode base portion ; and an electrode distal end portion extending from the other end of the bent portion in a direction different from the direction of extension of the electrode base portion and forming the gap with the center electrode , wherein the ground electrode comprises a base material and a coating layer applied to the base material and made of a material having higher oxidation resistance than that of the base material so as to cover at least a distal end face; and wherein the base material of the ground electrode is exposed at least at a part of the electrode base portion ,
Method for producing a hybrid fiber bundle , in which, in a spreading step, a first fiber bundle having fibers of a first material is guided in a first plane (7.1) of a device and a second fiber bundle having fibers of a second material is guided in a second plane (7.2) of the device, in each case via mutually offset, heated deflection rods , and are thus spread apart from one another and are subsequently placed on top of one another in a merging step so as to overlap, wherein the first and second fiber bundles , before and/or after the spreading step, are guided in an S-shape via at least two rollers (6.1, 6.2, 6.3, 6.4) that comprise tracks following the fiber course, and a mixed sliver formed from the first and second fiber bundles that are spread and placed on top of one another is guided in an omega-shaped or meandering manner via at least three delivery mechanism rollers of a delivery mechanism , as a result of which the hybrid fiber bundle is formed, wherein omega-shaped means that the angle of wrap of the mixed sliver around the delivery mechanism rollers is at least 270° in each case, and meandering means that the angle of wrap of the mixed sliver around the delivery mechanism rollers is at least 180° in each case.
A turbine rotor blade , comprising: an airfoil body including a concave pressure side outer wall and a convex suction side outer wall that connect along leading and trailing edges , the outer walls defining a radially extending chamber for receiving a coolant flow; a platform extending laterally outward relative to the airfoil body and terminating at at least one slash face ; a cooling circuit defined within the platform and in fluid communication with a source of the coolant flow; at least one cooling passage defined in the platform and in fluid communication with the cooling circuit , the at least one cooling passage extending in a non-linear configuration from the cooling circuit to exit through the at least one slash face of the platform ; and an impingement cooling structure in the radially extending chamber , wherein the source of the coolant to the cooling circuit provides the coolant after passing through the impingement cooling structure . an airfoil body including a concave pressure side outer wall and a convex suction side outer wall that connect along leading and trailing edges , the outer walls defining a radially extending chamber for receiving a coolant flow; a platform extending laterally outward relative to the airfoil body and terminating at at least one slash face ; a cooling circuit defined within the platform and in fluid communication with a source of the coolant flow; at least one cooling passage defined in the platform and in fluid communication with the cooling circuit , the at least one cooling passage extending in a non-linear configuration from the cooling circuit to exit through the at least one slash face of the platform ; and an impingement cooling structure in the radially extending chamber , wherein the source of the coolant to the cooling circuit provides the coolant after passing through the impingement cooling structure .
A conveying device to convey a conveyed object, the conveying device comprising: a supporter having a front surface to support the conveyed object, the supporter having an air-permeable structure; and a negative pressure generator (330, 330', 330") to create a negative pressure state in a space at a back surface side of the supporter, wherein the negative pressure generator (330, 330', 330") includes a suction unit to suck air in the space through a plurality of suction ports (345a to 345d), and the plurality of suction ports (345a to 345d) are disposed away from and opposed to a back surface of the supporter ; characterized by : a blower to blow air toward the front surface of the supporter ; and a divider disposed away from the back surface of the supporter between the plurality of suction ports (345a to 345d) and the back surface of the supporter in the space, the divider having a plurality of ventilation holes smaller in opening area than each of the plurality of suction ports (345a to 345d). a supporter having a front surface to support the conveyed object, the supporter having an air-permeable structure; and a negative pressure generator (330, 330', 330") to create a negative pressure state in a space at a back surface side of the supporter, wherein the negative pressure generator (330, 330', 330") includes a suction unit to suck air in the space through a plurality of suction ports (345a to 345d), and the plurality of suction ports (345a to 345d) are disposed away from and opposed to a back surface of the supporter ; characterized by : a blower to blow air toward the front surface of the supporter ; and a divider disposed away from the back surface of the supporter between the plurality of suction ports (345a to 345d) and the back surface of the supporter in the space, the divider having a plurality of ventilation holes smaller in opening area than each of the plurality of suction ports (345a to 345d). a blower to blow air toward the front surface of the supporter ; and a divider disposed away from the back surface of the supporter between the plurality of suction ports (345a to 345d) and the back surface of the supporter in the space, the divider having a plurality of ventilation holes smaller in opening area than each of the plurality of suction ports (345a to 345d).