mhurhangee/patent-ind-claim-en huggingface dataset:
A piston for an internal combustion engine, comprising: a body formed of a metal material; said body including a crown presenting a combustion surface ; said crown including an outer side wall depending from said combustion surface , said outer side wall presenting an outer diameter of said body ; said crown including an outer cooling gallery and an undercrown cooling gallery ; said outer cooling gallery extending circumferentially along said outer side wall beneath said combustion surface , said outer cooling gallery being sealed and containing a first cooling media ; said undercrown cooling gallery being surrounded by said outer cooling gallery beneath a first undercrown surface , said undercrown cooling gallery containing a second cooling media ; and said crown including a lower wall extending along said undercrown cooling gallery , characterized in that said lower wall includes an inlet hole to said undercrown cooling gallery , wherein said inlet hole to said undercrown cooling gallery is open, and wherein said inlet hole to said undercrown cooling gallery is tapered such that a diameter of said inlet hole increases or decreases in a direction moving away from said combustion surface . a body formed of a metal material; said body including a crown presenting a combustion surface ; said crown including an outer side wall depending from said combustion surface , said outer side wall presenting an outer diameter of said body ; said crown including an outer cooling gallery and an undercrown cooling gallery ; said outer cooling gallery extending circumferentially along said outer side wall beneath said combustion surface , said outer cooling gallery being sealed and containing a first cooling media ; said undercrown cooling gallery being surrounded by said outer cooling gallery beneath a first undercrown surface , said undercrown cooling gallery containing a second cooling media ; and said crown including a lower wall extending along said undercrown cooling gallery , characterized in that said lower wall includes an inlet hole to said undercrown cooling gallery , wherein said inlet hole to said undercrown cooling gallery is open, and wherein said inlet hole to said undercrown cooling gallery is tapered such that a diameter of said inlet hole increases or decreases in a direction moving away from said combustion surface . characterized in that said lower wall includes an inlet hole to said undercrown cooling gallery , wherein said inlet hole to said undercrown cooling gallery is open, and wherein said inlet hole to said undercrown cooling gallery is tapered such that a diameter of said inlet hole increases or decreases in a direction moving away from said combustion surface .
Child seat for affixing to a motor vehicle seat with a seat element , in particular, a seat shell, and a side impact protector with a folding element , which can be moved from a resting position lying within a specified width, in particular, a standard width, into a functional position lying outside of the specified width, in particular, a standard width, and vice versa, characterized in that the child seat has a position transfer device which is designed in such a way that the position transfer device automatically transfers the side impact protector from its resting position or an intermediate position between the resting and functional positions into its functional position, wherein the position transfer device comprises at least one spring , wherein the folding element is held and positioned in the functional position in such a way that, by pulling on the folding element, in particular, on its distal end, a locking can be undone in the functional position so that a transfer into the resting position is possible.
A cocoon-based vascular patch, prepared by dividing a cocoon into two or more fragments in a predetermined form, the cocoon having a shell with a first thickness.
Filter device for removing magnetizable particles from a fluid, comprising: - at least one central shaft , - at least one worm screw enclosing the central shaft , wherein an inner side of the worm screw fits substantially closely onto an outer wall of the central shaft , - at least one housing enclosing the worm screw all the way round, wherein an inner wall of the housing is connected rigidly to an outer side of the worm screw , whereby a helical channel is formed in the filter device , wherein the housing is provided with a feed for a fluid carrying magnetizable particles which connects to the helical channel and with a discharge for the fluid at least partially purified of the magnetizable particles which connects to the helical channel , and - at least one magnet accommodated in the central shaft for generating a magnetic field in the helical channel such that magnetizable particles will deposit on an outer wall of the central shaft , and wherein the worm screw on the one hand and the central shaft on the other are rotatable relative to each other for the purpose of enabling transport of deposited magnetizable particles in axial direction, characterized in that the discharge is located at a distance from the feed , such that the filter device is configured to force fluid to flow from the feed through the helical channel according to a helical flow path to the discharge . - at least one central shaft , - at least one worm screw enclosing the central shaft , wherein an inner side of the worm screw fits substantially closely onto an outer wall of the central shaft , - at least one housing enclosing the worm screw all the way round, wherein an inner wall of the housing is connected rigidly to an outer side of the worm screw , whereby a helical channel is formed in the filter device , wherein the housing is provided with a feed for a fluid carrying magnetizable particles which connects to the helical channel and with a discharge for the fluid at least partially purified of the magnetizable particles which connects to the helical channel , and - at least one magnet accommodated in the central shaft for generating a magnetic field in the helical channel such that magnetizable particles will deposit on an outer wall of the central shaft , and wherein the worm screw on the one hand and the central shaft on the other are rotatable relative to each other for the purpose of enabling transport of deposited magnetizable particles in axial direction,
Device for depositing a powder bed on a surface , the device comprising a deposition module configured in order to scan the surface while delivering a magnetic powder onto the surface, characterized in that the module has at least one electromagnetic-response probe comprising a coil, the change in impedance of which is measured, said probe being capable of analysing a delivered portion of the powder bed, before solidification of the powder bed.
A microcapsule comprising a core comprising at least one sunscreen agent and a shell enveloping the core, the sunscreen agent being selected from the group consisting of TiO 2 , avobenzone and oxybenzone, and the shell being comprised of a wall-forming polymeric material comprising at least one polymer or copolymer selected from the group consisting of poly(methyl methacrylate), ammonium methacrylate copolymer type B, a cellulose ester, or any combination thereof, said shell being devoid of a plasticizer, wherein the amount of said wall-forming polymeric material in the microcapsule is within a range of from 20 % to 50 % by weight, the microcapsule being non-breakable when subjected to homogenization at 2000 rpm for 10 minutes and/or to ultrasonication at 15 W and 28 kHz for 1 minute, and is having a size within a range selected from 1 μm to 30 μm.
A connection method between speech communication terminals, comprising: a first speech communication terminal stating (S1) a plurality of speech codec modes in a Session Description Protocol, SDP, offer, and transmitting (S1) the SDP offer to a second speech communication terminal ; and the second speech communication terminal selecting and stating (S3), in an SDP answer, a plurality of modes supported by the second speech communication terminal from among the speech codecs stated in the SDP offer, and transmitting (S3) the SDP answer to the first speech communication terminal ; characterized by connecting the first speech communication terminal and the second speech communication terminal on a single bearer, and in that at least one of the SDP offer and the SDP answer states a request for a bandwidth of a mode of highest priority from among the speech codec modes stated in the SDP answer, a time stamp included in an Real-Time transport protocol, RTP, packet of encoded speech data is given based on a clock rate common to the speech codec modes supported by the second speech communication terminal , and if switching the speech codec or the speech codec mode is needed, switching (S9) the speech codec or the speech codec mode without changing the clock rate, by specifying a payload type, PT, number assigned to the speech codec or speech codec mode after the switch in the payload type field of an RTP header. a first speech communication terminal stating (S1) a plurality of speech codec modes in a Session Description Protocol, SDP, offer, and transmitting (S1) the SDP offer to a second speech communication terminal ; and the second speech communication terminal selecting and stating (S3), in an SDP answer, a plurality of modes supported by the second speech communication terminal from among the speech codecs stated in the SDP offer, and transmitting (S3) the SDP answer to the first speech communication terminal ; characterized by connecting the first speech communication terminal and the second speech communication terminal on a single bearer, and in that at least one of the SDP offer and the SDP answer states a request for a bandwidth of a mode of highest priority from among the speech codec modes stated in the SDP answer, a time stamp included in an Real-Time transport protocol, RTP, packet of encoded speech data is given based on a clock rate common to the speech codec modes supported by the second speech communication terminal , and if switching the speech codec or the speech codec mode is needed, switching (S9) the speech codec or the speech codec mode without changing the clock rate, by specifying a payload type, PT, number assigned to the speech codec or speech codec mode after the switch in the payload type field of an RTP header.
An induction hob comprising: a main body presenting an upper main surface on which in use at least one pan to be heated can be placed, and a lower main surface ; and at least one inductor coupled to the main body at the lower main surface ; characterised in that : the induction hob also comprises a flexible body , fixed to the lower main surface of the main body ; the flexible body in turn comprises alternating first, electrically insulating layers and second layers ; each of the second layers comprises at least one electrically conductive track ; and the at least one inductor comprises a plurality of said electrically conductive tracks which are electrically connected to each other in series and/or parallel to form a plurality of loops extending in the same direction about a central axis substantially perpendicular to the upper main surface ; and characterized in that the electrically conductive tracks are positioned at different second layers , and the flexibility of the flexible body is such that it allows the flexible body to adapt to the shape of the lower main surface of the main body , so that, depending on the shape of the main body , the flexible body has an overall shape that is substantially flat or has more complex shapes with one or more concavities and/or convexities dictated by the shape of the lower main surface . a main body presenting an upper main surface on which in use at least one pan to be heated can be placed, and a lower main surface ; and at least one inductor coupled to the main body at the lower main surface ; the induction hob also comprises a flexible body , fixed to the lower main surface of the main body ; the flexible body in turn comprises alternating first, electrically insulating layers and second layers ; each of the second layers comprises at least one electrically conductive track ; and the at least one inductor comprises a plurality of said electrically conductive tracks which are electrically connected to each other in series and/or parallel to form a plurality of loops extending in the same direction about a central axis substantially perpendicular to the upper main surface ; and characterized in that the electrically conductive tracks are positioned at different second layers , and the flexibility of the flexible body is such that it allows the flexible body to adapt to the shape of the lower main surface of the main body , so that, depending on the shape of the main body , the flexible body has an overall shape that is substantially flat or has more complex shapes with one or more concavities and/or convexities dictated by the shape of the lower main surface .
A pre-stressed curved plate comprising: a curved ceramic plate having at least one concave surface ; and reinforcing fibers , that are wound around the ceramic plate , characterized in that the curved ceramic plate is enveloped with the reinforcing fibers , and the reinforcing fibers are under tension and adhesively bonded to the at least one concave surface , whereby the curved ceramic plate is maintained under compression stress. a curved ceramic plate having at least one concave surface ; and reinforcing fibers , that are wound around the ceramic plate , characterized in that the curved ceramic plate is enveloped with the reinforcing fibers , and the reinforcing fibers are under tension and adhesively bonded to the at least one concave surface , whereby the curved ceramic plate is maintained under compression stress.
A user terminal emulation server for providing a communication service through one or more input and/or output, I/O, user devices to a user, wherein the user terminal emulation server is configured to: register user information with a network entity providing the communication service; wherein said user terminal emulation server is characterized in that it is further configured to: predict likelihood the user will become proximately located to an I/O user device; determine discontinuous reception, DRX, settings based on the predicted likelihood the user will become proximately located to the I/O user device; and configure the I/O user device to use the DRX settings for receiving downlink radio communications from a radio access network, RAN, which are related to the communication service. predict likelihood the user will become proximately located to an I/O user device; determine discontinuous reception, DRX, settings based on the predicted likelihood the user will become proximately located to the I/O user device; and configure the I/O user device to use the DRX settings for receiving downlink radio communications from a radio access network, RAN, which are related to the communication service.
A vehicle for displaying information from an unmanned aerial vehicle, UAV, said vehicle comprising: a mount configured to permitting a UAV to take off from the vehicle and/or land on the vehicle while the vehicle is in operation; a communication unit configured to receive information from the UAV ; and a display unit configured to display the information from the UAV while the vehicle is in operation; wherein the vehicle is characterized in that , the vehicle is configured to receive information about the UAV 's location and use the UAV 's location along with the vehicle 's location to generate command signals to the UAV on how to fly towards the vehicle . a mount configured to permitting a UAV to take off from the vehicle and/or land on the vehicle while the vehicle is in operation; a communication unit configured to receive information from the UAV ; and a display unit configured to display the information from the UAV while the vehicle is in operation; wherein the vehicle is characterized in that , the vehicle is configured to receive information about the UAV 's location and use the UAV 's location along with the vehicle 's location to generate command signals to the UAV on how to fly towards the vehicle .
A storage device (100, 100a-c), comprising: a non-volatile memory comprising a plurality of non-volatile memory cells; a buffer memory configured to temporarily store write data to be written to the non-volatile memory or read data read from the non-volatile memory ; and a controller (110, 110a-c, 116, 1210) configured to receive a sleep mode signal (S_SLP) from an external host , and calculate a data dump condition for writing the write data to the non-volatile memory , wherein, when the sleep mode signal (S_SLP) is received by the controller (110, 110a-c, 116, 1210), the controller (110, 110a-c, 116, 1210) is configured to block a first power (P3) supplied to the non-volatile memory and set the buffer memory to one of a first mode in which a second power (P2) is blocked from being supplied to the buffer memory and a second mode in which the buffer memory operates with low power based on the data dump condition, wherein the controller (110, 1 10a-c, 116, 1210) is configured to set the buffer memory to the first mode when the data dump condition is satisfied based on at least one of a size of dump data and a writing condition of the non-volatile memory , and set the buffer memory to the second mode when the data dump condition is not satisfied based on the at least one of the size of the dump data and the writing condition of the non-volatile memory , wherein the write data stored in the buffer memory is written to the non-volatile memory when the buffer memory is set to the first mode. a non-volatile memory comprising a plurality of non-volatile memory cells; a buffer memory configured to temporarily store write data to be written to the non-volatile memory or read data read from the non-volatile memory ; and a controller (110, 110a-c, 116, 1210) configured to receive a sleep mode signal (S_SLP) from an external host , and calculate a data dump condition for writing the write data to the non-volatile memory , wherein, when the sleep mode signal (S_SLP) is received by the controller (110, 110a-c, 116, 1210), the controller (110, 110a-c, 116, 1210) is configured to block a first power (P3) supplied to the non-volatile memory and set the buffer memory to one of a first mode in which a second power (P2) is blocked from being supplied to the buffer memory and a second mode in which the buffer memory operates with low power based on the data dump condition, wherein the controller (110, 1 10a-c, 116, 1210) is configured to set the buffer memory to the first mode when the data dump condition is satisfied based on at least one of a size of dump data and a writing condition of the non-volatile memory , and set the buffer memory to the second mode when the data dump condition is not satisfied based on the at least one of the size of the dump data and the writing condition of the non-volatile memory , wherein the write data stored in the buffer memory is written to the non-volatile memory when the buffer memory is set to the first mode.
A method performed by a master base station in a wireless communication system, the method comprising: transmitting, to a secondary base station, a secondary base station setup request message for requesting the secondary base station to allocate resources for a dual connectivity, DC, operation; receiving, from the secondary base station, a secondary base station setup response message, after transmitting the secondary base station setup request message; and transmitting, to the secondary base station, a modification message, after receiving the secondary base station setup response message, wherein the secondary base station setup request message comprises a quality of service, QoS, flow identifier, ID and available data radio bearer, DRB, IDs, wherein the secondary base station setup response message comprises the QoS flow ID and a DRB ID corresponding to the QoS flow ID, and wherein the modification message comprises tunnel information for the DRB ID, comprising an internet protocol, IP address and a tunnel endpoint identifier, TEID. transmitting, to a secondary base station, a secondary base station setup request message for requesting the secondary base station to allocate resources for a dual connectivity, DC, operation; receiving, from the secondary base station, a secondary base station setup response message, after transmitting the secondary base station setup request message; and transmitting, to the secondary base station, a modification message, after receiving the secondary base station setup response message, wherein the secondary base station setup request message comprises a quality of service, QoS, flow identifier, ID and available data radio bearer, DRB, IDs, wherein the secondary base station setup response message comprises the QoS flow ID and a DRB ID corresponding to the QoS flow ID, and wherein the modification message comprises tunnel information for the DRB ID, comprising an internet protocol, IP address and a tunnel endpoint identifier, TEID.
A ram protection for a rear portion of a commercial vehicle or heavy-duty vehicle, comprising - an elongate profile body with a mounting side for mounting the ram protection to the rear portion of the heavy-duty vehicle, and an impact side opposed to the mounting side, wherein the impact side is provided with a crumple zone for absorbing impact forces, and the crumple zone is provided with a hollow space that opens towards the rear portion of the heavy-duty vehicle and is at least partially defined by an upper side and a lower side of the profile body , and wherein the hollow space is adapted to absorb impact forces impacting on the ram protection by deformation of the upper side and/or the lower side , and - at least one receiving portion integrated in the profile body in the form of a recess, and adapted to mount a roller bumper and to provide a mounting option for a cargo carrier pulled along at the rear portion of the heavy-duty vehicle, wherein, adjacent to each recess, two supporting elements , are provided arranged in the hollow space , which supporting elements are connected to the upper side and the lower side and respectively comprise a bore for supporting a securing pin or a retaining pin for the roller bumper . - an elongate profile body with a mounting side for mounting the ram protection to the rear portion of the heavy-duty vehicle, and an impact side opposed to the mounting side, wherein the impact side is provided with a crumple zone for absorbing impact forces, and the crumple zone is provided with a hollow space that opens towards the rear portion of the heavy-duty vehicle and is at least partially defined by an upper side and a lower side of the profile body , and wherein the hollow space is adapted to absorb impact forces impacting on the ram protection by deformation of the upper side and/or the lower side , and - at least one receiving portion integrated in the profile body in the form of a recess, and adapted to mount a roller bumper and to provide a mounting option for a cargo carrier pulled along at the rear portion of the heavy-duty vehicle, wherein, adjacent to each recess, two supporting elements , are provided arranged in the hollow space , which supporting elements are connected to the upper side and the lower side and respectively comprise a bore for supporting a securing pin or a retaining pin for the roller bumper .