mhurhangee/patent-ind-claim-en huggingface dataset:
Cap for a header box of a heat exchanger , in particular for a motor vehicle, in particular a radiator, this cap comprising: - a head , - a tail comprising at least one mounting ramp , this tail being between the head and a free end of the cap, - a retention tab , in particular one that is elastically deformable, arranged to retain the cap in an opening of the header box in an intermediate position of the cap, in which position the cap leaves a passage while being retained in the opening, this retention tab being formed on the tail; characterized in that the cap comprises a ramp comprising a substantially helical flank that is arranged to allow the cap to be mounted - in particular by a quarter-turn - in an opening of the header box, and in that the ramp comprises a rotational locking peg that is arranged so as to cooperate with a stop of the header box in order to prevent the cap from rotating when it is in the intermediate position. - a head , - a tail comprising at least one mounting ramp , this tail being between the head and a free end of the cap, - a retention tab , in particular one that is elastically deformable, arranged to retain the cap in an opening of the header box in an intermediate position of the cap, in which position the cap leaves a passage while being retained in the opening, this retention tab being formed on the tail; characterized in that the cap comprises a ramp comprising a substantially helical flank that is arranged to allow the cap to be mounted - in particular by a quarter-turn - in an opening of the header box, and in that the ramp comprises a rotational locking peg that is arranged so as to cooperate with a stop of the header box in order to prevent the cap from rotating when it is in the intermediate position.
A method for supporting Local Internet Protocol Access, LIPA, at a Local GateWay, LGW, collocated with a Home enhanced Node Base station, HeNB, in a wireless communication system, the method comprising: receiving, by the LGW, a downlink packet data for a User Equipment, UE; identifying whether the UE is in idle state; and transmitting, by the LGW, if the UE is in idle state, the downlink data packet to the Serving Gateway, SGW; and forwarding, by the LGW, if the UE enters a connected mode, the received downlink data packet to the HeNB on a direct path established between the HeNB and the LGW. receiving, by the LGW, a downlink packet data for a User Equipment, UE; identifying whether the UE is in idle state; and transmitting, by the LGW, if the UE is in idle state, the downlink data packet to the Serving Gateway, SGW; and forwarding, by the LGW, if the UE enters a connected mode, the received downlink data packet to the HeNB on a direct path established between the HeNB and the LGW.
Control method for an industrial truck, which has a display and operator control device having a screen , wherein a menu-guided presentation of information on the screen by way of a control computer may be effected by means of input devices and testing and maintenance instructions may be presented on the screen , wherein, when the industrial truck is started up and/or at determined times, a prescribed sequence of testing and maintenance operations is displayed by way of the control computer, wherein the sequence must be scrolled through in menus by way of the input device by means of input commands and only thereafter is it possible to start up the industrial truck, wherein detected values and/or faults of the industrial truck may be input into the operator control device , characterized in that faults may be indicated on the screen in a graphic presentation of the industrial truck.
Connector component for a connector suitable to reduce the heat dissipation and flame propagation within an appliance in which the connector is fitted, said connector component comprising: a first plate and a second plate , and at least two fastening means for securing the connector component to the external surfaces of a connector housing , said connector component being made of a metal or plastic material having high flammability resistance and being adapted to extend on more than one of the external surfaces of the connector housing , and wherein said first and second plates have a rectangular shape and are joined perpendicularly to each other in an L- shape, characterized in that said fastening means are L-shaped elements freely extending from two opposite edges of said second plate and have each a first part of said L-shape elements oriented in a direction perpendicular to said second plate from which said fastening means are protruding and the second part of the L-shape elements oriented towards the inside of said second plate . said connector component being made of a metal or plastic material having high flammability resistance and being adapted to extend on more than one of the external surfaces of the connector housing , and wherein said first and second plates have a rectangular shape and are joined perpendicularly to each other in an L- shape, characterized in that said fastening means are L-shaped elements freely extending from two opposite edges of said second plate and have each a first part of said L-shape elements oriented in a direction perpendicular to said second plate from which said fastening means are protruding and the second part of the L-shape elements oriented towards the inside of said second plate .
A personal alert safety system for manually starting an emergency alarm comprising: a housing adapted to be worn by a user; an accelerometer in the housing ; an alarm device operatively associated with the housing ; and a control in the housing operatively connected to the accelerometer and the alarm device , characterized by the control being configured to operate the alarm device to start the emergency alarm responsive to select acceleration movement resulting from a tap of the housing and sensed by the accelerometer . a housing adapted to be worn by a user; an accelerometer in the housing ; an alarm device operatively associated with the housing ; and a control in the housing operatively connected to the accelerometer and the alarm device , characterized by the control being configured to operate the alarm device to start the emergency alarm responsive to select acceleration movement resulting from a tap of the housing and sensed by the accelerometer .
A radio base station comprising: an estimation means for estimating a packet loss rate and packet Delay Variation of a packet transmitted from the radio base station to a core network in accordance with IP Performance Metrics, a determination means for determining network load information indicating a traffic load in a backhaul between the radio base station and the core network , the network load information considering all of the links between the radio base station and the core network ; an execution means for executing distribution of traffic loads among radio base stations on the basis of the network load information determined by the determination means and network load information received from an adjacent radio base station via a link between the radio base stations ; and a storage means for storing information representing a determination algorithm for each physical type of a backhaul line, the determination algorithm being based on an estimation results of packet loss rate and packet Delay Variation, wherein the determination means is configured to determine, on the basis of the estimation results of the estimation means, a traffic load in the backhaul between the radio base station and the core network and to designate the determination result as network load information, using the determination algorithm corresponding to a physical type of the backhaul line used by the radio base station . an estimation means for estimating a packet loss rate and packet Delay Variation of a packet transmitted from the radio base station to a core network in accordance with IP Performance Metrics, a determination means for determining network load information indicating a traffic load in a backhaul between the radio base station and the core network , the network load information considering all of the links between the radio base station and the core network ; an execution means for executing distribution of traffic loads among radio base stations on the basis of the network load information determined by the determination means and network load information received from an adjacent radio base station via a link between the radio base stations ; and a storage means for storing information representing a determination algorithm for each physical type of a backhaul line, the determination algorithm being based on an estimation results of packet loss rate and packet Delay Variation, wherein the determination means is configured to determine, on the basis of the estimation results of the estimation means, a traffic load in the backhaul between the radio base station and the core network and to designate the determination result as network load information, using the determination algorithm corresponding to a physical type of the backhaul line used by the radio base station .
An oven comprising: a main body ; a cooking chamber formed inside the main body and including a bottom wall ; a burner provided below the bottom wall of the cooking chamber and configured to generate heated air; a door arranged to open or close the cooking chamber ; a bottom plate provided to cover the bottom wall of the cooking chamber and to be spaced apart from the bottom wall of the cooking chamber ; and an outlet for heated air formed between an end of the bottom plate facing the door and the bottom wall of the cooking chamber , such that the heated air generated from the burner is discharged toward the door , characterized in a supporting plate coupled to the bottom wall of the cooking chamber between the bottom plate and the bottom wall , and including at least one hole for moving heated air formed at an end of the supporting plate facing the door , and a guide bracket provided between the bottom plate and the supporting plate to guide the heated air from the at least one hole for moving heated air to the outlet for heated air . a main body ; a cooking chamber formed inside the main body and including a bottom wall ; a burner provided below the bottom wall of the cooking chamber and configured to generate heated air; a door arranged to open or close the cooking chamber ; a bottom plate provided to cover the bottom wall of the cooking chamber and to be spaced apart from the bottom wall of the cooking chamber ; and an outlet for heated air formed between an end of the bottom plate facing the door and the bottom wall of the cooking chamber , such that the heated air generated from the burner is discharged toward the door , characterized in a supporting plate coupled to the bottom wall of the cooking chamber between the bottom plate and the bottom wall , and including at least one hole for moving heated air formed at an end of the supporting plate facing the door , and a guide bracket provided between the bottom plate and the supporting plate to guide the heated air from the at least one hole for moving heated air to the outlet for heated air .
An obturator comprising: an obturator body having a cannulated outer obturator tube extending therethrough so that the outer obturator tube extends past a distal end of the obturator body , the outer obturator tube having a distal tip with a dilating assembly movable between a collapsed, first configuration and an expanded, second configuration; a shaft expander comprising a cannulated inner obturator tube which is movable between a first position and a second position within the outer obturator tube ; and a cannulated tube which extends around the outer obturator tube distal the obturator body ; wherein in the first position, the inner obturator tube is retracted from the distal tip of the outer obturator tube and the dilating assembly is in the first configuration; and wherein in the second position, the inner obturator tube is advanced within the distal tip of the outer obturator tube and the dilating assembly is in the second configuration, characterized by a rigid body connected around the cannulated tube and moveable along a length of the cannulated tube , wherein the rigid body comprises a proximal telescoping assembly and distal exterior barbs , and wherein the proximal telescoping assembly comprises one or more blades for axial slitting of the cannulated tube . an obturator body having a cannulated outer obturator tube extending therethrough so that the outer obturator tube extends past a distal end of the obturator body , the outer obturator tube having a distal tip with a dilating assembly movable between a collapsed, first configuration and an expanded, second configuration; a shaft expander comprising a cannulated inner obturator tube which is movable between a first position and a second position within the outer obturator tube ; and a cannulated tube which extends around the outer obturator tube distal the obturator body ; wherein in the first position, the inner obturator tube is retracted from the distal tip of the outer obturator tube and the dilating assembly is in the first configuration; and wherein in the second position, the inner obturator tube is advanced within the distal tip of the outer obturator tube and the dilating assembly is in the second configuration, characterized by a rigid body connected around the cannulated tube and moveable along a length of the cannulated tube , wherein the rigid body comprises a proximal telescoping assembly and distal exterior barbs , and wherein the proximal telescoping assembly comprises one or more blades for axial slitting of the cannulated tube .
A method of handling a communication operation for a communication device, the method comprising: performing a reception in a first subframe of a time-division duplexing, TDD, carrier from a network ; and performing a transmission for responding the reception via a second subframe of an uplink, UL, carrier to the network ; wherein the UL carrier is a frequency-division duplexing, FDD, UL carrier, or is another TDD carrier with a UL/downlink, DL, configuration of a TDD mode where all subframes are UL subframes; wherein the reception comprises at least one packet, and the transmission comprises a hybrid automatic repeat request, HARQ, feedback for responding the at least one packet in the reception; wherein a HARQ process number of the HARQ feedback is not greater than a maximum number of HARQ processes, M DL_HARQ , determined according to the reception and the transmission; wherein M DL_HARQ for a UL/DL configuration 4 is 8, or M DL_HARQ for a UL/DL configuration 5 is 8. performing a reception in a first subframe of a time-division duplexing, TDD, carrier from a network ; and performing a transmission for responding the reception via a second subframe of an uplink, UL, carrier to the network ; wherein the UL carrier is a frequency-division duplexing, FDD, UL carrier, or is another TDD carrier with a UL/downlink, DL, configuration of a TDD mode where all subframes are UL subframes; wherein the reception comprises at least one packet, and the transmission comprises a hybrid automatic repeat request, HARQ, feedback for responding the at least one packet in the reception; wherein a HARQ process number of the HARQ feedback is not greater than a maximum number of HARQ processes, M DL_HARQ , determined according to the reception and the transmission; wherein M DL_HARQ for a UL/DL configuration 4 is 8, or M DL_HARQ for a UL/DL configuration 5 is 8.
A rolling mill for rolling hollow or, in all cases, concave rod-shaped bodies, said rolling mill comprising a rolling section with a plurality of mill stands and/or rolling dies arranged in succession to define a rolling axis Y, said rolling mill further comprising moving means for moving a mandrel and a hollow blank fitted on an end portion of said mandrel along said rolling axis Y and through said mill stands or rolling dies in succession; characterized in that said moving means are structured so as to move said mandrel and said blank along a rolling direction parallel to said rolling axis Y and through said mill stands or rolling dies in succession by applying a traction on said mandrel .
An electronic cigarette, comprising a power supply device , a control device, a tobacco heating device and an e-liquid atomizing device, wherein the power supply device is configured to provide electric power to the control device, the tobacco heating device and the e-liquid atomizing device, the tobacco heating device and the e-liquid atomizing device have a common smoke outlet, the control device is electrically connected to each of the tobacco heating device and the e-liquid atomizing device, the control device is configured to control the tobacco in the tobacco heating device to be heated when receiving an instruction for heating the tobacco and control the e-liquid in the e-liquid atomizing device to be atomized when a condition for atomizing the e-liquid is satisfied, and the smoke generated by the tobacco heating device and the mist generated by the e-liquid atomizing device are mixed and then discharged from the smoke outlet; characterized in that the tobacco heating device comprises a heating element and a tobacco storage apparatus, the heating element is provided with a plurality of heating sections separately controlled by the control device, the control device controls each heating section of the plurality of heating sections to be sequentially heated along the airflow direction, the control device further comprises a smoke sensor provided at the smoke outlet to detect the content of a target substance, and the control device controls the heating element to increase a heating section for heating when the content of the target substance is less than a preset value, such that the heating section currently being heated is controlled to stop heating, and a next heating section in the airflow direction after the current heating section is controlled to start heating, wherein the target substance is a substance from the tobacco, not from the e-liquid.
Method for testing a sensor system , which is set up to detect a facial movement of a vehicle passenger in a vehicle, by implementing the following steps: a) providing a humanoid imitation head , b) providing an animation device connected to the humanoid imitation head , c) implementing a predetermined facial movement of the humanoid imitation head by means of the animation device and, d) detecting the predetermined facial movement using the sensor system , wherein - a first value is derived from the predetermined facial movement detected using the sensor system and this first value is compared to a corresponding second value, characterised in that - the second value is provided by a further sensor system which detects the predetermined facial movement, - an eyelid is arranged on the humanoid imitation head and the animation device implements a predetermined movement of the eyelid as the facial movement and - the animation device transfers the eyelid from a start state to an end state in a defined time in order to simulate a falling asleep of the vehicle passenger by the humanoid imitation head . a) providing a humanoid imitation head , b) providing an animation device connected to the humanoid imitation head , c) implementing a predetermined facial movement of the humanoid imitation head by means of the animation device and, d) detecting the predetermined facial movement using the sensor system , - a first value is derived from the predetermined facial movement detected using the sensor system and this first value is compared to a corresponding second value, characterised in that - the second value is provided by a further sensor system which detects the predetermined facial movement, - an eyelid is arranged on the humanoid imitation head and the animation device implements a predetermined movement of the eyelid as the facial movement and - the animation device transfers the eyelid from a start state to an end state in a defined time in order to simulate a falling asleep of the vehicle passenger by the humanoid imitation head .
Device for collecting a representative sample of dialysis fluid at the output of a dialyser including: - means for collecting and storing the waste dialysis fluid, intended to be connected by a conduit to the output of the dialyser , - pumping means for pumping fluid stored in the collection and storage means , - means for splitting the fluid into two different flows, one intended to be collected in full with a view to proportioning and the other being intended to be discharged, characterised in that the pumping means consist of a single pump of the peristaltic type and the splitting means comprise a selector , said pump being connected at the input by a first conduit to the output of the collection and storage means and at the output, by a second conduit , to said selector , the first conduit and the second conduit forming a single conduit traversing the pump, and in that said collection and storage means , the first and the second conduit are single-use. - means for collecting and storing the waste dialysis fluid, intended to be connected by a conduit to the output of the dialyser , - pumping means for pumping fluid stored in the collection and storage means , - means for splitting the fluid into two different flows, one intended to be collected in full with a view to proportioning and the other being intended to be discharged,
A mobile body having a reflection control layer that reflects light in a wavelength region of sunlight or a wavelength region of infrared radiation formed on a surface of the mobile body , wherein in a wavelength region from 0.75 micrometer to 100 micrometers, a refractive index of the reflection control layer is a value outside a range between a refractive index of a body-side substance under the reflection control layer and a refractive index of air, and a thickness of the reflection control layer is equal to or larger than a value obtained by dividing 187.5 nanometers by a refractive index of the reflection control layer , and equal to or smaller than a value obtained by dividing 275,000 nanometers by a refractive index of the reflection control layer , characterized in that the reflection control layer and the body-side substance directly come in contact with each other, and the reflection control layer and the air directly come in contact with each other. in a wavelength region from 0.75 micrometer to 100 micrometers, a refractive index of the reflection control layer is a value outside a range between a refractive index of a body-side substance under the reflection control layer and a refractive index of air, and a thickness of the reflection control layer is equal to or larger than a value obtained by dividing 187.5 nanometers by a refractive index of the reflection control layer , and equal to or smaller than a value obtained by dividing 275,000 nanometers by a refractive index of the reflection control layer , characterized in that the reflection control layer and the body-side substance directly come in contact with each other, and the reflection control layer and the air directly come in contact with each other.
An implantable cardiovascular pump system comprising, a housing configured to be implanted at a patient's heart; a pump assembly disposed within the housing having a vibrating membrane ; an outflow cannula in fluid communication with the pump assembly , the outflow cannula having an inlet and an outlet ; and an inflow cannula in fluid communication with the pump assembly , the inflow cannula having an inlet and an outlet, wherein the vibrating membrane is configured to transfer blood from the inlet of the inflow cannula through the housing and out the outlet of the outflow cannula , and wherein the outflow cannula is disposed coaxially within the inflow cannula , characterised in that the outflow cannula is configured to extend into the housing and is secured to the pump assembly .