mhurhangee/ep-ind-claims huggingface dataset:
A user terminal that exists in a first cell (#1) operating at a first frequency, in a mobile communication system that supports a device to device, D2D proximity service, the user terminal comprising: a transmitter configured to transmit, to a base station (200#1) forming the first cell (#1), a D2D interest indication indicating that the user terminal has an interest in the D2D proximity service, wherein the D2D proximity service includes a discovery procedure in which other user terminals are discovered, wherein the other user terminals are user terminals that exist in a second cell (#2), the second cell (#2) being different from the first cell (#1), and the second cell (#2) operating at a second frequency, further wherein the second frequency is different from the first frequency, further wherein the D2D interest indication includes information indicating the second frequency to be used by the user terminal to transmit a discovery signal, further wherein the second frequency has been provided by a system information block, SIB, by the base station (200#1); and a receiver configured to receive, from the base station (200#1), radio resource information indicating radio resources assigned by the base station (200#1), wherein the radio resources are of the second frequency, the transmitter is further configured to use the radio resources to transmit the D2D discovery signal for discovering another user terminal that exists in a second cell (#2). a transmitter configured to transmit, to a base station (200#1) forming the first cell (#1), a D2D interest indication indicating that the user terminal has an interest in the D2D proximity service, wherein the D2D proximity service includes a discovery procedure in which other user terminals are discovered, wherein the other user terminals are user terminals that exist in a second cell (#2), the second cell (#2) being different from the first cell (#1), and the second cell (#2) operating at a second frequency, further wherein the second frequency is different from the first frequency, further wherein the D2D interest indication includes information indicating the second frequency to be used by the user terminal to transmit a discovery signal, further wherein the second frequency has been provided by a system information block, SIB, by the base station (200#1); and a receiver configured to receive, from the base station (200#1), radio resource information indicating radio resources assigned by the base station (200#1), wherein the radio resources are of the second frequency, the transmitter is further configured to use the radio resources to transmit the D2D discovery signal for discovering another user terminal that exists in a second cell (#2).
Profile for a trailing edge of an airfoil, the trailing edge comprising two flanges (13, 14), wherein the profile is U or V shaped and is made of composite material the profile comprising: - two sections (1, 2) joined at a first profile end (1.1) and defining an inner space, and - a plurality of recesses arranged along the two sections (1, 2) towards the inner space and being complementary to each other between the two sections (1, 2); wherein the profile is configured to follow the theoretical aerodynamic contour of the airfoil so that when the profile is mounted on the trailing edge the two sections (1, 2) partially cover the trailing edge and the flanges (13, 14) are housed inside the inner space; each recess of the plurality of recesses defines at least two joining points through which the two flanges (13, 14) of the trailing edge and the two sections (1, 2) are configured to be joined to each other; and each section (1, 2) comprises a support section configured to rest on the trailing edge; wherein the support section comprises at least one projection (8.1) that projects towards the inner space and is configured to couple and optionally seal the profile to the trailing edge; and the projection (8.1) has a triangular and/or circular shape according to a cross sectional view of the profile. the profile is U or V shaped and is made of composite material the profile comprising: - two sections (1, 2) joined at a first profile end (1.1) and defining an inner space, and - a plurality of recesses arranged along the two sections (1, 2) towards the inner space and being complementary to each other between the two sections (1, 2); - two sections (1, 2) joined at a first profile end (1.1) and defining an inner space, and - a plurality of recesses arranged along the two sections (1, 2) towards the inner space and being complementary to each other between the two sections (1, 2); wherein the profile is configured to follow the theoretical aerodynamic contour of the airfoil so that when the profile is mounted on the trailing edge the two sections (1, 2) partially cover the trailing edge and the flanges (13, 14) are housed inside the inner space; each recess of the plurality of recesses defines at least two joining points through which the two flanges (13, 14) of the trailing edge and the two sections (1, 2) are configured to be joined to each other; and each section (1, 2) comprises a support section configured to rest on the trailing edge; wherein the support section comprises at least one projection (8.1) that projects towards the inner space and is configured to couple and optionally seal the profile to the trailing edge; and the projection (8.1) has a triangular and/or circular shape according to a cross sectional view of the profile.
Liquids dispenser for discharging pharmaceutical or cosmetic liquids, or liquids of the foodstuff sector, having - a liquids reservoir in which the liquid is stored prior to discharging; - an outlet duct through which the liquid may be dispensed to an environment; - a pump chamber which, proceeding from an initial state having the maximum pump chamber capacity, is volumetrically reducible by manual actuation of the pump by means of an actuation handle; wherein - an inlet valve assembly is provided between the liquids reservoir and the pump chamber, which inlet valve assembly is opened in a pressure-controlled manner when there is negative pressure in the pump chamber in relation to the liquids reservoir; and - an outlet valve assembly is provided between the pump chamber and the discharge opening, wherein the outlet valve assembly comprises a switch valve and a pressure relief valve, wherein the switch valve, independently of the liquid pressure in the pump chamber, as a reaction to the actuation handle being displaced is forcibly opened in a mechanical manner, and wherein the pressure relief valve is opened in a pressure-controlled manner when there is positive pressure in the pump chamber in relation to the outlet duct, characterized in that the outlet valve assembly in the event of a non-actuated actuation handle prevents opening, and the switch valve is designed in such a manner that the latter in the event of a non-actuated actuation handle by positive pressure in the pump chamber is pushed in the direction of a closed position. - a liquids reservoir in which the liquid is stored prior to discharging; - an outlet duct through which the liquid may be dispensed to an environment; - a pump chamber which, proceeding from an initial state having the maximum pump chamber capacity, is volumetrically reducible by manual actuation of the pump by means of an actuation handle; - an inlet valve assembly is provided between the liquids reservoir and the pump chamber, which inlet valve assembly is opened in a pressure-controlled manner when there is negative pressure in the pump chamber in relation to the liquids reservoir; and - an outlet valve assembly is provided between the pump chamber and the discharge opening, the outlet valve assembly comprises a switch valve and a pressure relief valve, wherein the switch valve, independently of the liquid pressure in the pump chamber, as a reaction to the actuation handle being displaced is forcibly opened in a mechanical manner, and wherein the pressure relief valve is opened in a pressure-controlled manner when there is positive pressure in the pump chamber in relation to the outlet duct, characterized in that the outlet valve assembly in the event of a non-actuated actuation handle prevents opening, and the switch valve is designed in such a manner that the latter in the event of a non-actuated actuation handle by positive pressure in the pump chamber is pushed in the direction of a closed position.
A process for selecting an inert material for use in monomer production comprising the steps of: (a) providing a gaseous mixture comprising propylene, acrolein, and acrylic acid; (b) feeding P1 in the vapor phase at a pressure of from 1 to 1.5 atm to a fixed bed reactor tube containing the inert material having a bed temperature of from 200 to 450°C for a contact time of at least 3 seconds, to produce a second mixture comprising acrolein and acrylic acid; (c) selectively condensing components of P2 having a boiling point at a pressure of 1 atm of at least 20°C; (d) analyzing the condensed components for phthalic acid, acrolein, and acrylic acid; (e) based on the analysis, determining the PTA inert of the inert material, wherein PTA inert is the ratio of the mass of phthalic acid in P2 to the total mass of acrolein and acrylic acid collected from P2; (f) determining the PTA empty of a fixed bed reactor tube not containing an inert material by repeating steps (a) through (d) except that the fixed bed reactor tube does not contain an inert material, wherein the PTA empty is the ratio of the mass of phthalic acid in P2 to the total mass of acrolein and acrylic acid collected from P2; and (g) selecting the inert material for use in monomer production if the PTA inert is less than or equal to the PTA empty. (a) providing a gaseous mixture comprising propylene, acrolein, and acrylic acid; (b) feeding P1 in the vapor phase at a pressure of from 1 to 1.5 atm to a fixed bed reactor tube containing the inert material having a bed temperature of from 200 to 450°C for a contact time of at least 3 seconds, to produce a second mixture comprising acrolein and acrylic acid; (c) selectively condensing components of P2 having a boiling point at a pressure of 1 atm of at least 20°C; (d) analyzing the condensed components for phthalic acid, acrolein, and acrylic acid; (e) based on the analysis, determining the PTA inert of the inert material, wherein PTA inert is the ratio of the mass of phthalic acid in P2 to the total mass of acrolein and acrylic acid collected from P2; (f) determining the PTA empty of a fixed bed reactor tube not containing an inert material by repeating steps (a) through (d) except that the fixed bed reactor tube does not contain an inert material, wherein the PTA empty is the ratio of the mass of phthalic acid in P2 to the total mass of acrolein and acrylic acid collected from P2; and (g) selecting the inert material for use in monomer production if the PTA inert is less than or equal to the PTA empty.
A recording medium, comprising: a data area including a segment region and a replacement region; a first control data area storing access control information for controlling access to the segment region, the access control information including: position information of the segment region; and an unknown rule designating an operation range of an apparatus that cannot identify the access control information; and a second control data area storing defect control information for controlling a defective region of the recording medium and replacing the defective region with the replacement region, wherein the replacement region corresponding to the defective region of the segment region is defined as belonging to the segment region to the access control information. a data area including a segment region and a replacement region; a first control data area storing access control information for controlling access to the segment region, the access control information including: position information of the segment region; and an unknown rule designating an operation range of an apparatus that cannot identify the access control information; and a second control data area storing defect control information for controlling a defective region of the recording medium and replacing the defective region with the replacement region, wherein the replacement region corresponding to the defective region of the segment region is defined as belonging to the segment region to the access control information. position information of the segment region; and an unknown rule designating an operation range of an apparatus that cannot identify the access control information; and a second control data area storing defect control information for controlling a defective region of the recording medium and replacing the defective region with the replacement region, wherein the replacement region corresponding to the defective region of the segment region is defined as belonging to the segment region to the access control information.
A method for producing pressure-responsive particles, the method comprising: adding an aggregating agent to a dispersion containing composite resin particles containing a styrene-based resin including a styrene compound and a vinyl monomer other than the styrene compound as polymer components and a (meth)acrylic acid ester-based resin including a (meth)acrylic acid ester compound as a polymer component to aggregate the composite resin particles so as to form aggregated particles A; forming a shell by adding an aggregating agent and styrene-based resin particles containing a styrene compound and a vinyl monomer other than the styrene compound as polymer components to a dispersion containing the aggregated particles A to aggregate the styrene-based resin particles so as to form aggregated particles B; and heating and fusing the aggregated particles B to form pressure-responsive particles, wherein an amount of the styrene-based resin particles added in the formation of the shell is 5 mass% or more and 40 mass% or less relative to a total mass of the composite resin particles, an amount of the aggregating agent added in the formation of the shell is 0.1 mass% or more and 1.0 mass% or less relative to the total mass of the composite resin particles, a mass ratio of the styrene-based resin to the (meth)acrylic acid ester-based resin in the pressure-responsive particles is from 80:20 to 20:80, and a difference between the lowest glass transition temperature and the highest glass transition temperature of resins contained in the pressure-responsive particles is 30°C or more. adding an aggregating agent to a dispersion containing composite resin particles containing a styrene-based resin including a styrene compound and a vinyl monomer other than the styrene compound as polymer components and a (meth)acrylic acid ester-based resin including a (meth)acrylic acid ester compound as a polymer component to aggregate the composite resin particles so as to form aggregated particles A; forming a shell by adding an aggregating agent and styrene-based resin particles containing a styrene compound and a vinyl monomer other than the styrene compound as polymer components to a dispersion containing the aggregated particles A to aggregate the styrene-based resin particles so as to form aggregated particles B; and heating and fusing the aggregated particles B to form pressure-responsive particles, wherein an amount of the styrene-based resin particles added in the formation of the shell is 5 mass% or more and 40 mass% or less relative to a total mass of the composite resin particles, an amount of the aggregating agent added in the formation of the shell is 0.1 mass% or more and 1.0 mass% or less relative to the total mass of the composite resin particles, a mass ratio of the styrene-based resin to the (meth)acrylic acid ester-based resin in the pressure-responsive particles is from 80:20 to 20:80, and a difference between the lowest glass transition temperature and the highest glass transition temperature of resins contained in the pressure-responsive particles is 30°C or more.
Dust bag system for vacuum cleaners, with an appliance-specific connecting plate fixable to the vacuum cleaner and a universal retaining plate connected with a vacuum cleaner bag, wherein the retaining plate can be detachably coupled with the respective appliance-specific connecting plate, characterised in that retaining plates with different vacuum cleaner bags can be coupled with the connecting plate and the vacuum cleaner bags have different characteristics.
A semiconductor device comprising a memory, a random number generation circuit, and a control circuit and providing update data for an external terminal device, wherein the memory is configured to store key information, the random number generation circuit is configured to generate a first random number signal and a second random number signal, and the control circuit is configured to generate a sixth random number signal and a seventh random number signal, different from the first random number signal, from the first random number signal and the key information, generate encrypted update data from the update data using the seventh random number signal, transmit the first random number signal and the second random number signal as request signals to the external terminal device, the second random number signal being a challenge code for authenticating the external terminal device, receive a first response signal and a second response signal from the external terminal device as response signals in response to the request signals, the first response signal being a challenge code that the external terminal device uses to authenticate the semiconductor device, and the second response signal being a response code corresponding to the second random number signal, generate an eighth random number signal using the first response signal, the second random number signal, and the sixth random number signal as input signals, and provide the encrypted update data for the external terminal device when the second response signal coincides with the eighth random number signal. the memory is configured to store key information, the random number generation circuit is configured to generate a first random number signal and a second random number signal, and the control circuit is configured to generate a sixth random number signal and a seventh random number signal, different from the first random number signal, from the first random number signal and the key information, generate encrypted update data from the update data using the seventh random number signal, transmit the first random number signal and the second random number signal as request signals to the external terminal device, the second random number signal being a challenge code for authenticating the external terminal device, receive a first response signal and a second response signal from the external terminal device as response signals in response to the request signals, the first response signal being a challenge code that the external terminal device uses to authenticate the semiconductor device, and the second response signal being a response code corresponding to the second random number signal, generate an eighth random number signal using the first response signal, the second random number signal, and the sixth random number signal as input signals, and provide the encrypted update data for the external terminal device when the second response signal coincides with the eighth random number signal.
Identification device for a pneumatic spring, having a pneumatic spring comprising at least one piston, one cover and one bellows, wherein the bellows has at least one elastomer matrix, one transmit memory device, one read unit and one data storage unit, characterized in that - the transmit memory device is embodied as a radiofrequency identification transponder (RFID transponder) which is completely embedded in the elastomer matrix of the bellows, - an electromagnetic field can be generated by the read unit, and - the RFID transponder has at least one device by which the energy necessary to supply the RFID transponder can be drawn from the electromagnetic field generated by the read unit, and - that when energy is available to the RFID transponder, information can be exchanged between the RFID transponder and the read unit. - the transmit memory device is embodied as a radiofrequency identification transponder (RFID transponder) which is completely embedded in the elastomer matrix of the bellows, - an electromagnetic field can be generated by the read unit, and - the RFID transponder has at least one device by which the energy necessary to supply the RFID transponder can be drawn from the electromagnetic field generated by the read unit, and - that when energy is available to the RFID transponder, information can be exchanged between the RFID transponder and the read unit.
Item of footwear, in particular in the configuration as a sock or as a stocking, which is composed of a substantially configured stocking element, which at least partially covers a human foot, and of at least one sole element, wherein the stocking element and the sole element are connected in an integral manner, and a fixing element which extends at least across the medial front foot portion is provided, characterized in that - the stocking element is designed in such a manner that it is designed so as to bear on the foot; - the stocking element in the region of the toes has an individual receptacle for each toe; - the sole element is made from a material which has cut-resistant properties and at the same time is configured so as to be thin so as to impart a sense of being barefooted; and - in the region of the main span of the foot, emanating in the region of the foot arch, an elastic bandage strap which is provided as a fixing means extends across the medial front foot portion right up to around the instep and is fixable in the manner of a wrapping around the instep. - the stocking element is designed in such a manner that it is designed so as to bear on the foot; - the stocking element in the region of the toes has an individual receptacle for each toe; - the sole element is made from a material which has cut-resistant properties and at the same time is configured so as to be thin so as to impart a sense of being barefooted; and - in the region of the main span of the foot, emanating in the region of the foot arch, an elastic bandage strap which is provided as a fixing means extends across the medial front foot portion right up to around the instep and is fixable in the manner of a wrapping around the instep.
A thrust system for controlling the orbit of a satellite in an earth orbit moving at a movement speed along an axis V tangential to said orbit, said thrust system comprising two thrust assemblies (50a; 50b) attached to said satellite and facing each other relative to the plane of said orbit, characterised in that each of said thrust assemblies comprises two thrust modules; each thrust module successively comprising: - a motorised link for rotating about an axis (R1a) parallel to said axis V; - a displacement arm; and - a plate supporting a thruster capable of delivering a thrust oriented, along an axis perpendicular to said axis V, said two thrust modules of each thrust assembly being connected to said satellite on either side and being substantially equidistant from a plane P perpendicular to said axis V passing through a centre of mass CM of said satellite. - a motorised link for rotating about an axis (R1a) parallel to said axis V; - a displacement arm; and - a plate supporting a thruster capable of delivering a thrust oriented, along an axis perpendicular to said axis V,