mhurhangee/patent-ind-claim-en huggingface dataset:
A child stroller apparatus comprising: a first side segment fixedly connected with a first shell portion and a grip portion , the first shell portion and the grip portion being disposed adjacent to each other; a second side segment fixedly connected with a second shell portion , the second shell portion being pivotally connected with the first shell portion ; a latch assembled in a cavity delimited at least partially by the first and second shell portions , the latch being movable between a locking position that prevents relative rotation between the first and second side segments and thereby locks the child stroller apparatus in an unfolded state for use, and an unlocking position for folding and unfolding of the child stroller apparatus ; and a release actuator assembled adjacent to the grip portion and operatively coupled to the latch , the release actuator being operable to cause the latch to move from the locking position to the unlocking position; wherein the first side segment is a part of a front leg frame , the second side segment is a part of a push handle frame , and the child stroller apparatus further comprises a rear leg frame having a third side segment pivotally connected with the first side segment , and a linking bar respectively connected pivotally with the second side segment and the third side segment ; characterized in that the grip portion extends below the first shell portion , and has one end adjacent to a pivot connection between the first side segment and the third side segment . a first side segment fixedly connected with a first shell portion and a grip portion , the first shell portion and the grip portion being disposed adjacent to each other; a second side segment fixedly connected with a second shell portion , the second shell portion being pivotally connected with the first shell portion ; a latch assembled in a cavity delimited at least partially by the first and second shell portions , the latch being movable between a locking position that prevents relative rotation between the first and second side segments and thereby locks the child stroller apparatus in an unfolded state for use, and an unlocking position for folding and unfolding of the child stroller apparatus ; and a release actuator assembled adjacent to the grip portion and operatively coupled to the latch , the release actuator being operable to cause the latch to move from the locking position to the unlocking position; wherein the first side segment is a part of a front leg frame , the second side segment is a part of a push handle frame , and the child stroller apparatus further comprises a rear leg frame having a third side segment pivotally connected with the first side segment , and a linking bar respectively connected pivotally with the second side segment and the third side segment ; characterized in that the grip portion extends below the first shell portion , and has one end adjacent to a pivot connection between the first side segment and the third side segment .
A heat exchanger , made of a plastic material, comprising a plurality of plates stacked according to a predetermined stacking direction (E), the adjacent plates of the stack of plates being spaced apart in the stacking direction (E) so as to delimit a set of intermediate spaces intended for a fluid circulation between the plates , wherein the plates have an external side and a opposite internal side , the internal side being shaped so as to delimit an opening , such that all the openings form, through the stacked plates , a fluid passage well, and wherein the set of intermediate spaces comprises closed intermediate spaces and open intermediate spaces , each open intermediate space having a first radial opening extending between the internal sides of two adjacent plates so as to open into the fluid passage well, and a second radial opening extending between the external sides of two adjacent plates , the first radial opening and the second radial opening being in fluid communication so as to enable a fluid circulation from the passage well to the outside of the exchanger , or vice versa, and through each open intermediate space delimited by two adjacent plates .
A method for requesting a radio resource control, RRC, connection by a user equipment , UE, in a wireless communication system, the method comprising: generating (S702) a message for an RRC connection request; generating (S704) a medium access control protocol data unit, MAC PDU, including a MAC header and the generated message; and transmitting (S706) the generated MAC PDU to a base station , wherein the MAC header includes a logical channel identity, LCID, informing a purpose associated with the RRC connection request, characterized in that the purpose associated with the RRC connection request is at least one of an initial RRC connection request, an RRC connection reestablishment request, and an RRC connection resumption request. generating (S702) a message for an RRC connection request; generating (S704) a medium access control protocol data unit, MAC PDU, including a MAC header and the generated message; and transmitting (S706) the generated MAC PDU to a base station , wherein the MAC header includes a logical channel identity, LCID, informing a purpose associated with the RRC connection request, characterized in that the purpose associated with the RRC connection request is at least one of an initial RRC connection request, an RRC connection reestablishment request, and an RRC connection resumption request.
A separation device comprising: a movable mesh that has a first surface and a second surface in a front and back relationship; a first ejection unit that ejects a material containing a fiber together with gas and supplies the material onto the first surface of the mesh; a first suction unit that is provided on the second surface side of the mesh and configured to suck a part of the material supplied onto the first surface together with gas; a second ejection unit that is provided on the second surface side of the mesh, is disposed downstream in a movement direction of the mesh with respect to the first suction unit, and ejects gas toward the second surface; and a second suction unit that is provided on the first surface side of the mesh and sucks and collects the material that does not pass through the mesh by the first suction unit and remains on the first surface, characterised in that Q1 < Q2 and Q3 < Q4, where a flow rate of gas ejected from the first ejection unit is Q1, a flow rate of gas sucked by the first suction unit is Q2, a flow rate of gas ejected from the second ejection unit is Q3, and a flow rate of gas sucked by the second suction unit is Q4. a movable mesh that has a first surface and a second surface in a front and back relationship; a first ejection unit that ejects a material containing a fiber together with gas and supplies the material onto the first surface of the mesh; a first suction unit that is provided on the second surface side of the mesh and configured to suck a part of the material supplied onto the first surface together with gas; a second ejection unit that is provided on the second surface side of the mesh, is disposed downstream in a movement direction of the mesh with respect to the first suction unit, and ejects gas toward the second surface; and a second suction unit that is provided on the first surface side of the mesh and sucks and collects the material that does not pass through the mesh by the first suction unit and remains on the first surface, characterised in that Q1 < Q2 and Q3 < Q4, where a flow rate of gas ejected from the first ejection unit is Q1, a flow rate of gas sucked by the first suction unit is Q2, a flow rate of gas ejected from the second ejection unit is Q3, and a flow rate of gas sucked by the second suction unit is Q4.
A method of fixing a platinum-group component in the pores or on the surface of an alumina support by a calcination process, comprising the steps of: a) preparing impregnating powder containing alumina powder and a platinum-group component; b) stirring and heating the impregnating powder in a heating mixer to obtain an impregnating powder having a water content of 5% or less, said heating mixer being indirectly heated by a steam jacket provided on a wall of the heating mixer; c) introducing the impregnating powder having a water content of 5% or less into an upright screw reactor at an upper end thereof, said screw reactor being indirectly heated by a gas burner transferring heat through a wall of the screw reactor such that the screw reactor has an internal temperature of 600°C to 700°C; d) carrying the introduced impregnating powder from the upper end of the screw reactor to a lower end of the screw reactor being opposite to the upper end such that the introduced impregnating powder stays in the screw reactor for 7 seconds or less; and e) obtaining an alumina support product from the lower end of the screw reactor. a) preparing impregnating powder containing alumina powder and a platinum-group component; b) stirring and heating the impregnating powder in a heating mixer to obtain an impregnating powder having a water content of 5% or less, said heating mixer being indirectly heated by a steam jacket provided on a wall of the heating mixer; c) introducing the impregnating powder having a water content of 5% or less into an upright screw reactor at an upper end thereof, said screw reactor being indirectly heated by a gas burner transferring heat through a wall of the screw reactor such that the screw reactor has an internal temperature of 600°C to 700°C; d) carrying the introduced impregnating powder from the upper end of the screw reactor to a lower end of the screw reactor being opposite to the upper end such that the introduced impregnating powder stays in the screw reactor for 7 seconds or less; and e) obtaining an alumina support product from the lower end of the screw reactor.
A data slot allocation method for a data slot used to transmit uncompressed audio/video, AV, data, the method comprising: transmitting, by a coordinator, a first superframe during a first beacon period; receiving, by the coordinator, a data slot request frame from at least one wireless device, which belongs to a network, during a data slot reservation period included in the first superframe; transmitting, by the coordinator, a response frame to the at least one wireless device in response to the data slot request frame; and transmitting, by the coordinator, a second superframe including at least one data slot allocated to the at least one wireless device during a second beacon period; wherein the first superframe comprises a first contention access period and a first contention-free period, the method characterized in that the first contention access period comprises a period for transmitting or receiving a first control frame and first asynchronous data and the data slot reservation period, wherein the data slot reservation period is a period allocated for a data slot reservation process in which the data slot request frame is communicated and is separate from the period for transmitting or receiving the first control frame and the first asynchronous data. transmitting, by a coordinator, a first superframe during a first beacon period; receiving, by the coordinator, a data slot request frame from at least one wireless device, which belongs to a network, during a data slot reservation period included in the first superframe; transmitting, by the coordinator, a response frame to the at least one wireless device in response to the data slot request frame; and transmitting, by the coordinator, a second superframe including at least one data slot allocated to the at least one wireless device during a second beacon period; wherein the first superframe comprises a first contention access period and a first contention-free period, the method characterized in that the first contention access period comprises a period for transmitting or receiving a first control frame and first asynchronous data and the data slot reservation period, wherein the data slot reservation period is a period allocated for a data slot reservation process in which the data slot request frame is communicated and is separate from the period for transmitting or receiving the first control frame and the first asynchronous data.
A method for decreasing the lag time in a fermentation of a culture medium to prepare a target substance, wherein the target substance is not yogurt and wherein the fermentation results in formation of acid or ethanol, which method comprises the steps of providing, to a suitable culture medium, a fermentation starter culture comprising a microorganism which liberates acid or ethanol, adding a potato protein protease inhibitor to the culture medium, culturing the microorganism, and obtaining the target substance.
A blood analysis apparatus, comprising a measurement section configured to measure an ultraviolet visible absorption spectrum of red blood cells included in a blood sample, an analysis section configured to compare a measured spectrum of red blood cells with a standard spectrum of each of heme, biliverdin, and bilirubin, stored in advance, and to assign the measured spectrum to any one of the standard spectra, wherein the analysis section is configured to compare each of the plurality of measured spectra obtained in a plurality of areas of one red blood cell with the standard spectra, and to calculate the number or ratio of measured spectra assigned to the standard spectrum of heme, measured spectra assigned to the standard spectrum of biliverdin, and measured spectra assigned to the standard spectrum of bilirubin, and to output a quality of blood based on the calculated number or ratio.
A receiving apparatus comprising: a receiving unit configured to receive a broadcast wave of digital broadcasting employing an Internet Protocol (IP) transmission scheme, the broadcast wave provided by a broadcast station and including a base band packet, BBP, stream, the BBP stream being interposed between an IP layer and a physical layer of a protocol stack; and a control unit configured to identify a specific service provision source according to a combination of an original network ID allocated as a value unique to each broadcasting operator and having a same value succeeded in retransmission of a specific service included in the BBP stream, a stream ID allocated as a value unique to the BBP stream, and a service ID allocated as a value unique to the specific service that is included in a control signal transmitted via the broadcast wave, wherein when the specific service is retransmitted by another broadcast station the values of the original network ID, the stream ID and the service ID have the same value set irrespective of a form of retransmission, and to control a function of the receiving apparatus for performing predetermined processing related to the specific service, wherein the control signal is included in a service configuration table, SCT, as part of a low layer signaling, LLS, information multiplexed on the BBP stream. a receiving unit configured to receive a broadcast wave of digital broadcasting employing an Internet Protocol (IP) transmission scheme, the broadcast wave provided by a broadcast station and including a base band packet, BBP, stream, the BBP stream being interposed between an IP layer and a physical layer of a protocol stack; and a control unit configured to identify a specific service provision source according to a combination of an original network ID allocated as a value unique to each broadcasting operator and having a same value succeeded in retransmission of a specific service included in the BBP stream, a stream ID allocated as a value unique to the BBP stream, and a service ID allocated as a value unique to the specific service that is included in a control signal transmitted via the broadcast wave, wherein when the specific service is retransmitted by another broadcast station the values of the original network ID, the stream ID and the service ID have the same value set irrespective of a form of retransmission, and to control a function of the receiving apparatus for performing predetermined processing related to the specific service, wherein the control signal is included in a service configuration table, SCT, as part of a low layer signaling, LLS, information multiplexed on the BBP stream.
An apparatus , comprising: a memory controller to receive data from a memory device, the memory controller comprising error checking logic circuitry , the error checking logic circuitry to receive an error checking code from the memory device, the error checking code generated within the memory device from the data, the error checking logic circuitry comprising circuitry to generate a second version of the error checking code by application of a different data scramble from the memory device and compare the received error checking code with the second version of the error checking code and to conclude that the data that was received from the memory controller is corrupted if the two codes do not match, characterized by the error checking logic circuitry further comprises error correction code, ECC, generation circuitry to generate an ECC from the data that was received from the memory device and other components of data that were received from other memory devices on a same dual in line memory module, DIMM, as the memory device, further wherein the error checking code is received by the memory controller if the ECC and a corresponding ECC that was read from the DIMM for the data and the other components of data do not match.
Mowing device comprising a central frame which is mounted on wheels and which can be used to couple a tractor to the device, said central frame supporting at least two mowing units which are coupled to the central frame by means of a connection unit each, which central frame extends - as viewed in a longitudinal direction thereof, i.e. in a central frame direction - orthogonal to the wheel axle, i.e. in the direction of direction of travel, wherein a connection unit comprises a main pivot arm and an outer pivot arm , with said outer pivot arm being connected to said main pivot arm in a manner that will allow the main pivot arm to be pivoted relative to the main pivot arm about an outer arm joint that defines an outer arm pivot axis (A AA ), said connection unit further comprises a mowing unit joint for connecting the mowing unit to the outer pivot arm , which mowing unit joint is located at the end of the outer pivot arm that is remote from the outer arm joint , said mowing unit joint defining a mowing unit pivot axis, which mowing unit pivot axis (A ME ) being perpendicular to said outer arm pivot axis (A AA ), characterized in that said connection unit comprises a main element that connects the central frame to the main pivot arm , said main element being connected to the central frame by means of a main element joint that defines a main element pivot axis, wherein the main element pivot axis (A HE ) is parallel to the wheel axle, wherein the main element pivotably connects the main pivot arm to the central frame in such a manner that the main pivot arm is mounted on the main element so as to be pivotable about a main arm pivot axis (A HA ), with the result that the main arm pivot axis (A HA ) extends perpendicular to the main element pivot axis (A HE ) and perpendicular to the outer arm pivot axis (A AA ), with the outer arm pivot axis (A AA ) also extending perpendicular to the main arm pivot axis (A HA ).
A refrigeration apparatus , comprising: a cabinet ;a door body provided to the cabinet in a drawable manner; and a first snap assembly adapted to limit the door body at a first open position relative to the cabinet ; characterised by : a second snap assembly adapted to limit the door body at a second open position relative to the cabinet ; and a drawer detachably provided to the door body ; wherein the door body passes through the first position and the second position sequentially in a process of pulling the door body out of the cabinet , the drawer being adapted to be detached from the door body when the limit of the first snap assembly is disabled, and the door body being adapted to be separated from the cabinet when the limit of the second snap assembly is disabled. a cabinet ;a door body provided to the cabinet in a drawable manner; and a first snap assembly adapted to limit the door body at a first open position relative to the cabinet ; a second snap assembly adapted to limit the door body at a second open position relative to the cabinet ; and a drawer detachably provided to the door body ; wherein the door body passes through the first position and the second position sequentially in a process of pulling the door body out of the cabinet , the drawer being adapted to be detached from the door body when the limit of the first snap assembly is disabled, and the door body being adapted to be separated from the cabinet when the limit of the second snap assembly is disabled.
A dimming device , comprising a communication unit, a microcontrol unit, a power supply unit and a connector , wherein the power supply unit is input with a mains voltage and outputs a voltage required by the communication unit; the communication unit is adapted to receive a control signal obtained by wired or wireless transmission and to output the control signal to the microcontrol unit; the microcontrol unit is adapted to output a dimming signal for dimming; and the connector is adapted to be detachably connected with a connector of another device; the dimming device further comprises a housing and the communication unit, the microcontrol unit and the power supply unit are disposed in the housing; characterized in that the housing includes a first housing and a second housing ; the first housing and the second housing are assembled to form a first accommodating cavity; the first housing is smaller than the second housing; a part of the second housing extending beyond the first housing is provided with a second accommodating cavity ; the communication unit, the microcontrol unit and the power supply unit are disposed in the first accommodating cavity surrounded by the first housing and the second housing; and the connector is disposed in the second accommodating cavity.