mhurhangee/patent-ind-claim-en huggingface dataset:
High pressure fuel pump having a pumping head wherein a compression chamber is defined between the blind end of a bore and the head end of a plunger slidably adjusted in said bore and adapted to perform therein a pumping cycle varying the volume of said compression chamber , the pump being further provided with inlet and outlet valve assemblies for controlling fuel flowing in and out of said compression chamber , characterized in that the plunger is provided with an inner chamber arranged in the head end of the plunger that is in the vicinity of the compression chamber , said inner chamber being in fluid communication (FC) with the compression chamber via an opening orifice arranged in the head end of the plunger and wherein, said plunger inner chamber is defined by a peripheral wall adapted to expand when the plunger inner chamber is under pressure, the high pressure fuel pump being further provided with a check valve assembly arranged to control said fluid communication (FC).
A routing method between base stations , comprising: receiving , by a first serving gateway , a first user data packet of first user equipment, UE, sent by a first base station , and determining, according to the first user data packet, whether the first serving gateway serves both the first UE and second UE, wherein the second UE is a communication peer end of the first UE; and if the first serving gateway determines that the first serving gateway serves both the first UE and the second UE, triggering , by the first serving gateway , the first base station to acquire first routing information required for direct communication with a second base station , and triggering, by the first serving gateway , the second base station to acquire second routing information required for direct communication with the first base station , the first routing information and the second routing information are used for the first base station and the second base station to establish a direct connection, wherein the second base station serves the second UE. receiving , by a first serving gateway , a first user data packet of first user equipment, UE, sent by a first base station , and determining, according to the first user data packet, whether the first serving gateway serves both the first UE and second UE, wherein the second UE is a communication peer end of the first UE; and if the first serving gateway determines that the first serving gateway serves both the first UE and the second UE, triggering , by the first serving gateway , the first base station to acquire first routing information required for direct communication with a second base station , and triggering, by the first serving gateway , the second base station to acquire second routing information required for direct communication with the first base station , the first routing information and the second routing information are used for the first base station and the second base station to establish a direct connection, wherein the second base station serves the second UE.
A tire tread comprising a kerf comprising: a kerf inlet portion formed in a shape of a sawtooth-type zigzag wave in a block of one of a tread and a shoulder of a tire in a circumferential direction of the tire; a pipe-shaped flow passage portion formed in a lower portion of the block, the flow passage portion having a width that is greater than or equal to a width of the kerf inlet portion ; a connection channel for connecting the kerf inlet portion and the flow passage portion to each other, and a water column portion formed at a portion of the sawtooth-type zigzag wave in order to absorb water present near the kerf on a surface of the tire, the water column portion extending so as to be inclined toward a drain hole formed in the flow passage portion , characterised in that the sawtooth-type zigzag wave has an amplitude (W) that gradually decreases in a depth direction of the block, and the connection channel has a width that gradually decreases from the kerf inlet portion to the flow passage portion , wherein the flow passage portion is formed in a shape of a venturi meter, wherein the flow passage portion comprises a diameter-increasing portion formed at a distal end thereof, and wherein the diameter (DO) of the distal end of the dimeter-increasing portion is larger than the diameter (DI) of the flow passage portion by 20% to 100%. a kerf inlet portion formed in a shape of a sawtooth-type zigzag wave in a block of one of a tread and a shoulder of a tire in a circumferential direction of the tire; a pipe-shaped flow passage portion formed in a lower portion of the block, the flow passage portion having a width that is greater than or equal to a width of the kerf inlet portion ; a connection channel for connecting the kerf inlet portion and the flow passage portion to each other, and a water column portion formed at a portion of the sawtooth-type zigzag wave in order to absorb water present near the kerf on a surface of the tire, the water column portion extending so as to be inclined toward a drain hole formed in the flow passage portion , characterised in that the sawtooth-type zigzag wave has an amplitude (W) that gradually decreases in a depth direction of the block, and the connection channel has a width that gradually decreases from the kerf inlet portion to the flow passage portion , the sawtooth-type zigzag wave has an amplitude (W) that gradually decreases in a depth direction of the block, and the connection channel has a width that gradually decreases from the kerf inlet portion to the flow passage portion , wherein the flow passage portion is formed in a shape of a venturi meter, wherein the flow passage portion comprises a diameter-increasing portion formed at a distal end thereof, and wherein the diameter (DO) of the distal end of the dimeter-increasing portion is larger than the diameter (DI) of the flow passage portion by 20% to 100%.
A method applied to a 3GPP network, the method comprising, in a policy and charging rules function: receiving capabilities relating to an application server; and creating application detection and control rules based on the capabilities received. receiving capabilities relating to an application server; and creating application detection and control rules based on the capabilities received.
A flexible, compressive orthopedic sleeve of stretchable fabric having a top opening and a bottom opening ; at least said top opening having an attached perimeter band ; said flexible compressive sleeve having an interior surface , and an exterior surface , and said exterior surface having at least a partial covering of polymeric webbing of greater compressive force than the flexible compressive sleeve to reinforce compression at orthopedic strategic locations, heat bonded to the exterior surface of said flexible compressive sleeve to provide kinetic retention and support throughout the sleeve; and characterised in that said polymeric webbing covers an area of the flexible compressive sleeve in a manner that is greater near the top opening than in a middle portion. at least said top opening having an attached perimeter band ; said flexible compressive sleeve having an interior surface , and an exterior surface , and said exterior surface having at least a partial covering of polymeric webbing of greater compressive force than the flexible compressive sleeve to reinforce compression at orthopedic strategic locations, heat bonded to the exterior surface of said flexible compressive sleeve to provide kinetic retention and support throughout the sleeve; and characterised in that said polymeric webbing covers an area of the flexible compressive sleeve in a manner that is greater near the top opening than in a middle portion.
An input device comprising: an interface configured to enable communication of input signals; and a rotor assembly operable to generate the input signals, the rotor assembly including: a rotor that rotates around an axis of rotation and includes multiple magnetic elements disposed around the rotor ; a permanent magnet arranged radially outward from the axis of rotation and configured to apply a magnetic field to the magnetic elements creating a magnetic detent effect when the rotor is rotated due to changes in rotational resistance produced as the magnetic elements pass through the magnetic field; and an adjuster device connected to the permanent magnet and operable to change a distance of the permanent magnet relative to the rotor , producing a corresponding change in the rotational resistance when the rotor is rotated to generate the input signals, wherein the magnetic elements are interspersed in an alternating pattern around the rotor with non-magnetic portions including non-magnetic material. an interface configured to enable communication of input signals; and a rotor assembly operable to generate the input signals, the rotor assembly including: a rotor that rotates around an axis of rotation and includes multiple magnetic elements disposed around the rotor ; a permanent magnet arranged radially outward from the axis of rotation and configured to apply a magnetic field to the magnetic elements creating a magnetic detent effect when the rotor is rotated due to changes in rotational resistance produced as the magnetic elements pass through the magnetic field; and an adjuster device connected to the permanent magnet and operable to change a distance of the permanent magnet relative to the rotor , producing a corresponding change in the rotational resistance when the rotor is rotated to generate the input signals, wherein the magnetic elements are interspersed in an alternating pattern around the rotor with non-magnetic portions including non-magnetic material. a rotor that rotates around an axis of rotation and includes multiple magnetic elements disposed around the rotor ; a permanent magnet arranged radially outward from the axis of rotation and configured to apply a magnetic field to the magnetic elements creating a magnetic detent effect when the rotor is rotated due to changes in rotational resistance produced as the magnetic elements pass through the magnetic field; and an adjuster device connected to the permanent magnet and operable to change a distance of the permanent magnet relative to the rotor , producing a corresponding change in the rotational resistance when the rotor is rotated to generate the input signals, wherein the magnetic elements are interspersed in an alternating pattern around the rotor with non-magnetic portions including non-magnetic material.
An aqueous composition for bleaching and colouring hair characterized in that it comprises at least one compound with hair bleaching effect, at least one oxidizing agent different from the compound with hair bleaching effect, at least one alkalizing agent and at least one oxidizable solvent selected from 2-phenoxyethanol and benzyl alcohol and the dyestuff of the chemical structure
A dressing , comprising: a manifold layer ; a drape coupled to the manifold layer and configured to seal the manifold layer over a wound , the drape having an opening extending therethrough; a connection pad positioned at the opening and configured to couple the dressing to a tube , the connection pad comprising: an outer ring coupled to the drape ; and a center dimple extending away from the drape and defining a volume between the center dimple and a plane defined by the outer ring ; and an absorbent manifolding structure positioned between the center dimple and the manifold layer and formed to substantially match a shape of the volume , wherein the absorbent manifolding structure comprises a hydrophobic porous member combined with an air permeable superabsorbent material configured to gel-block upon exposure to fluids. a manifold layer ; a drape coupled to the manifold layer and configured to seal the manifold layer over a wound , the drape having an opening extending therethrough; a connection pad positioned at the opening and configured to couple the dressing to a tube , the connection pad comprising: an outer ring coupled to the drape ; and a center dimple extending away from the drape and defining a volume between the center dimple and a plane defined by the outer ring ; and an outer ring coupled to the drape ; and a center dimple extending away from the drape and defining a volume between the center dimple and a plane defined by the outer ring ; and an absorbent manifolding structure positioned between the center dimple and the manifold layer and formed to substantially match a shape of the volume , wherein the absorbent manifolding structure comprises a hydrophobic porous member combined with an air permeable superabsorbent material configured to gel-block upon exposure to fluids.
A method performed by a terminal in a communication system, the method comprising: receiving , from a base station, control channel resource allocation information as a specific pattern on a frequency domain and a time domain for at least one control channel resource through higher layer signaling; receiving , from the base station, downlink control information, DCI, including resource allocation information of downlink data and an indicator for a rate matching; and receiving, from the base station, the downlink data based on the DCI, wherein in case that the indicator indicates that a resource corresponding to the specific pattern is not available for the downlink data, the terminal identifies that the downlink data is rate-matched, and decodes the downlink data based on excluding the resource corresponding to the specific pattern from resources indicated by the resource allocation information of the downlink data. receiving , from a base station, control channel resource allocation information as a specific pattern on a frequency domain and a time domain for at least one control channel resource through higher layer signaling; receiving , from the base station, downlink control information, DCI, including resource allocation information of downlink data and an indicator for a rate matching; and receiving, from the base station, the downlink data based on the DCI, wherein in case that the indicator indicates that a resource corresponding to the specific pattern is not available for the downlink data, the terminal identifies that the downlink data is rate-matched, and decodes the downlink data based on excluding the resource corresponding to the specific pattern from resources indicated by the resource allocation information of the downlink data.
A method of cyber protecting a field device in a process control system including a process controller for controlling said field device which utilizes a communications network with a process communication protocol, comprising: positioning a field device firewall in said communications network between a field network communication interface and said process controller, wherein said field device has a stored list of known device types, types of requests and types of commands, does not support any native communications with said field device, and lacks an IP address on said communications network, wherein said field device firewall including a communications module, a whitelist configuration/rules module , a deep packet analyzer module employing a deep packet inspection, "DPI", mechanism to check every communication for violation of configured rules in the whitelist configuration/rules module , said field device firewall including a processor that runs a cyber-protection algorithm implementing: comparing information including a device type and a type of request or a type of command in a received packet to said known device types, said types of requests or said types of commands in said stored list by performing deep packet inspection using the DPI mechanism; allowing transmission of said received packet to said field device if said comparing determines said information is on said stored list, and blocking transmission of said received packet to said field device if said comparing determines said information is not on said stored list. comparing information including a device type and a type of request or a type of command in a received packet to said known device types, said types of requests or said types of commands in said stored list by performing deep packet inspection using the DPI mechanism; allowing transmission of said received packet to said field device if said comparing determines said information is on said stored list, and blocking transmission of said received packet to said field device if said comparing determines said information is not on said stored list.
Iterative method for accessing a cellular communications network by a transceiver equipment, said transceiver equipment transmitting at least one PRACH preamble with a Timing Advance Offset, TAO, comprising t 0 , ..., t k-1 , t k , ... , t n over a Random Access Channel to a base station serving a maximum cell range C, said PRACH preamble being a long sequence PRACH preamble supporting a cell range of r kilometres which is less than the maximum cell range C, wherein the method comprises the steps of: a. transmitting the PRACH preamble with an initial starting TAO t 0 , said starting TAO t 0 being calculated by the transceiver equipment depending on the maximum cell range C, and b1. determining whether a valid Random Access Response is received within a predetermined waiting interval, b2. if no valid Random Access Response is received within a predetermined waiting interval, transmitting the PRACH preamble with a k th TAO t k , said k th TAO t k being calculated by adding and/or subtracting a multiple of t as being a function of r to a preceding TAO t k-1 , and b3. repeating steps b1 and b2 until a valid Random Access Response is being received. a. transmitting the PRACH preamble with an initial starting TAO t 0 , said starting TAO t 0 being calculated by the transceiver equipment depending on the maximum cell range C, and b1. determining whether a valid Random Access Response is received within a predetermined waiting interval, b2. if no valid Random Access Response is received within a predetermined waiting interval, transmitting the PRACH preamble with a k th TAO t k , said k th TAO t k being calculated by adding and/or subtracting a multiple of t as being a function of r to a preceding TAO t k-1 , and b3. repeating steps b1 and b2 until a valid Random Access Response is being received.
A process for moulding a plastic article using a machine comprising a pair of moulds each seated in an insulating jacket and each defining a mould cavity , the moulds movable between an open position in which the mould cavities are open and a closed position in which the moulds co-operate to define a completely closed mould cavity which is not vented, wherein the moulds are connected to each other by at least one hinge about which the moulds are pivotable to move between the open and closed positions and means to heat and cool the moulds ; the method comprising the steps of: a) placing the moulds in the open position; b) heating the moulds by conduction to a temperature above the melting point of a given plastic material when the moulds are in the open position; c) placing the plastic material in particulate form into the moulds , whereupon the plastic forms a skin lining each mould ; d) placing expandable filler material in the plastic skin formed in one mould ; e) subsequently closing the moulds and clamping them shut to create a completely closed mould cavity which is not vented, whereupon the plastic skins in the moulds bond to each other to form a continuous plastic shell which completely encases the filler material ; and f) cooling the moulds and opening the moulds to remove the moulded article; and wherein the process further comprises providing a reinforcement structure on the insulating jackets to resist buckling of the moulds and to act as a support for the moulds , wherein the reinforcement structure comprises ribs and interconnecting beams, and the ribs act as supporting legs for the moulds and provide locations for attachment of the hinges and clamping means. a) placing the moulds in the open position; b) heating the moulds by conduction to a temperature above the melting point of a given plastic material when the moulds are in the open position; c) placing the plastic material in particulate form into the moulds , whereupon the plastic forms a skin lining each mould ; d) placing expandable filler material in the plastic skin formed in one mould ; e) subsequently closing the moulds and clamping them shut to create a completely closed mould cavity which is not vented, whereupon the plastic skins in the moulds bond to each other to form a continuous plastic shell which completely encases the filler material ; and f) cooling the moulds and opening the moulds to remove the moulded article;
A control method of an information processing apparatus , the control method comprising: obtaining (S301), by an expansion application configured to add one or more functions to print data generation software for generating print data, attribute data on a printing apparatus, the attribute data being output from the printing apparatus and indicating functions of the printing apparatus which can be used for generating print data; obtaining, by the expansion application, Print Device Capabilities data indicating print capabilities of the printing apparatus ; in a case where (S304) information indicating a function of the expansion application is not included in the Print Device Capabilities data, adding (S306, S308) information to the Print Device Capabilities data related to the function based on attribute information included in the obtained attribute data; and displaying a setting screen including a setting item of the function based on the added information related to the function. obtaining (S301), by an expansion application configured to add one or more functions to print data generation software for generating print data, attribute data on a printing apparatus, the attribute data being output from the printing apparatus and indicating functions of the printing apparatus which can be used for generating print data; obtaining, by the expansion application, Print Device Capabilities data indicating print capabilities of the printing apparatus ; in a case where (S304) information indicating a function of the expansion application is not included in the Print Device Capabilities data, adding (S306, S308) information to the Print Device Capabilities data related to the function based on attribute information included in the obtained attribute data; and displaying a setting screen including a setting item of the function based on the added information related to the function.