mhurhangee/ep-ind-claims huggingface dataset:
An adhesive gap sealing insulation tape for sealing the gaps between the edges of adjacent panels or structural elements, the tape comprising a backing having an adhesive layer on one surface and an elongate strip of foam material extending lengthwise along the adhesive layer, wherein the elongate strip of foam material extending lengthwise along the adhesive layer is provided along a central portion of said adhesive layer such that the portions of backing (11a, 11b) which extend widthwise beyond the edges of the elongate strip of foam material are foldable to provide foldable flaps which extend beyond a depth of the strip of foam material, and which are adapted to overlap and adhere to the respective sides of the same panel or structural element in use, and to protect the foam material from shear forces during installation; and wherein the elongate strip of foam material comprises a compressible and an expansible foam material able to expand a predetermined amount to provide a substantially airtight fit and an interference fit between the edges of said panels or structural elements when in juxtaposition. wherein the elongate strip of foam material extending lengthwise along the adhesive layer is provided along a central portion of said adhesive layer such that the portions of backing (11a, 11b) which extend widthwise beyond the edges of the elongate strip of foam material are foldable to provide foldable flaps which extend beyond a depth of the strip of foam material, and which are adapted to overlap and adhere to the respective sides of the same panel or structural element in use, and to protect the foam material from shear forces during installation; and wherein the elongate strip of foam material comprises a compressible and an expansible foam material able to expand a predetermined amount to provide a substantially airtight fit and an interference fit between the edges of said panels or structural elements when in juxtaposition.
A hemostatic device (10, 100, 200, 300, 400) comprising: a band for being wrapped around a site where bleeding is to be stopped on a limb; means for securing the band in a state where the band is wrapped around the limb; and an inflatable portion (40, 140, 440) that interlocks with the band, that is inflated by injecting gas, and that compresses the site where bleeding is to be stopped, wherein the band has an interlock region which is formed of a thermoplastic material, and with which the inflatable portion (40, 140, 440) interlocks, wherein the inflatable portion (40, 140, 440) has a first region formed of the thermoplastic material and a second region and the first region of the inflatable portion (40, 140, 440) is welded to the interlock region of the band, characterized in that the second region is formed of a thermosetting elastomer whose gas permeability is higher than that of the thermoplastic material. a band for being wrapped around a site where bleeding is to be stopped on a limb; means for securing the band in a state where the band is wrapped around the limb; and an inflatable portion (40, 140, 440) that interlocks with the band, that is inflated by injecting gas, and that compresses the site where bleeding is to be stopped, wherein the band has an interlock region which is formed of a thermoplastic material, and with which the inflatable portion (40, 140, 440) interlocks, wherein the inflatable portion (40, 140, 440) has a first region formed of the thermoplastic material and a second region and the first region of the inflatable portion (40, 140, 440) is welded to the interlock region of the band, characterized in that the second region is formed of a thermosetting elastomer whose gas permeability is higher than that of the thermoplastic material.
A method for measuring an effective wind speed in the vicinity of an object, characterised in that it comprises the following steps: - pre-determining a reference point located at a thermal contact interface between the object and a piece of equipment, other than the object and of a temperature different from a temperature of a portion of the object remote from the equipment, in thermal contact with the object, - storing a model of temperature evolution in the object from the predetermined reference point, the model comprising an effective wind speed parameter, - capturing an infrared thermal image of the object and its reference point, using an infrared thermal image sensor, - transmission of the infrared thermal image to a computer, - location of the reference point in the infrared thermal image by the computer, - assessing (110, 112, 114, 116) in the infrared thermal image, by the computer, several temperature values in the object from the located reference point, and - measurement (118, 120) of the effective wind speed by assessing a value of this speed on the basis of a comparison of the estimated temperature values with the stored model. - pre-determining a reference point located at a thermal contact interface between the object and a piece of equipment, other than the object and of a temperature different from a temperature of a portion of the object remote from the equipment, in thermal contact with the object, - storing a model of temperature evolution in the object from the predetermined reference point, the model comprising an effective wind speed parameter, - capturing an infrared thermal image of the object and its reference point, using an infrared thermal image sensor, - transmission of the infrared thermal image to a computer, - location of the reference point in the infrared thermal image by the computer, - assessing (110, 112, 114, 116) in the infrared thermal image, by the computer, several temperature values in the object from the located reference point, and - measurement (118, 120) of the effective wind speed by assessing a value of this speed on the basis of a comparison of the estimated temperature values with the stored model.
A device (1, 11) for moisture regulation on a portion of skin of a living being, which device (1, 11) is at least to be located between the portion of skin of the living being and an object proximate that portion of the skin of the living being, the device comprising at least a first layer (2, 12) comprising of a tricot fabric and directed in use with an outer side towards the portion of the skin and at least a second layer (5, 15) being in contact with an inner side of the first layer (2, 12) at a side remote of the portion of the skin, characterized in that: - the first layer (2, 12) directed in use towards the portion of the skin • has a moisture regain of less than 5 percent • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 1 *T 0,5 wherein 0,09 ≤ K 1 ≤ 0,2 - the second layer (5, 15) being in contact with the first layer (2, 12) at a side remote of the portion of the skin • comprises a spacer fabric being porous in a direction perpendicular as well as parallel to the surface of the second layer, • has a compression resistance of greater than or equal to 4 kPa, more preferably greater than or equal to 10.5 kPa at 40 percent compression. • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 2 *T 0,5 wherein K 2 is greater than K 1, - the first layer (2, 12) directed in use towards the portion of the skin • has a moisture regain of less than 5 percent • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 1 *T 0,5 wherein 0,09 ≤ K 1 ≤ 0,2 • has a moisture regain of less than 5 percent • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 1 *T 0,5 wherein 0,09 ≤ K 1 ≤ 0,2 - the second layer (5, 15) being in contact with the first layer (2, 12) at a side remote of the portion of the skin • comprises a spacer fabric being porous in a direction perpendicular as well as parallel to the surface of the second layer, • has a compression resistance of greater than or equal to 4 kPa, more preferably greater than or equal to 10.5 kPa at 40 percent compression. • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 2 *T 0,5 wherein K 2 is greater than K 1, • comprises a spacer fabric being porous in a direction perpendicular as well as parallel to the surface of the second layer, • has a compression resistance of greater than or equal to 4 kPa, more preferably greater than or equal to 10.5 kPa at 40 percent compression. • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 2 *T 0,5 wherein K 2 is greater than K 1,
A solenoid device including pressure altering means for altering an output pressure of the solenoid device; and an actuator for providing an actuating signal to said pressure altering means; wherein the solenoid device further includes a controller, wherein the solenoid device is a solenoid spool valve including a spool valve having a sleeve provided with a supply port, a control port, and a spool supported in the sleeve for axial displacement within the sleeve; the actuator is an electromagnetic actuator for providing an axial drive force to said spool in a first axial direction, wherein the solenoid spool valve further includes a pressure sensor arranged to sense a control value of the spool valve, the control value being a control pressure, characterised in that the solenoid device is in the form of a module, including the pressure altering means, the actuator, the pressure sensor and the controller, and in that the controller receives a pressure request and is arranged to control delivery of power to the electromagnetic actuator with feedback from the pressure sensor until the control value meets the pressure request, wherein the controller is arranged to adaptively learn current provided to the electromagnetic actuator in relation to pressure sensed such that the solenoid spool valve is self-compensating for wear of the solenoid spool valve.
A method for inhibiting particulate ingress in a combustion system, comprising the steps of: acquiring particulate ingress data in an air flow pathway of the combustion system, the particulate ingress data representative of particles in the air flow pathway charged by an electrostatic component including a matrix of ionizers and particles in the air flow pathway uncharged by the electrostatic component; determining a probable particulate ingress location on an air inlet of the combustion system in dependence upon the charged particles and the uncharged particles in the particulate ingress data; and deploying a filter screen at the determined probable particulate ingress location to inhibit particulate ingress at the determined probable particulate ingress location. acquiring particulate ingress data in an air flow pathway of the combustion system, the particulate ingress data representative of particles in the air flow pathway charged by an electrostatic component including a matrix of ionizers and particles in the air flow pathway uncharged by the electrostatic component; determining a probable particulate ingress location on an air inlet of the combustion system in dependence upon the charged particles and the uncharged particles in the particulate ingress data; and deploying a filter screen at the determined probable particulate ingress location to inhibit particulate ingress at the determined probable particulate ingress location.
An electro-conductive member, comprising: a substrate having an electro-conductive surface; and an electro-conductive elastic layer provided thereon, wherein the elastic layer is obtained by curing a mixture containing the following to: an organopolysiloxane having two vinyl groups bonded to a silicon atom; an organopolysiloxane represented by the following chemical structural formula: l, m, and n in the chemical structural formula each independently represent a positive integer; a hydrogen polysiloxane having at least two hydrosilyl groups; and carbon black. a substrate having an electro-conductive surface; and an electro-conductive elastic layer provided thereon, wherein the elastic layer is obtained by curing a mixture containing the following to: an organopolysiloxane having two vinyl groups bonded to a silicon atom; an organopolysiloxane represented by the following chemical structural formula: l, m, and n in the chemical structural formula each independently represent a positive integer; a hydrogen polysiloxane having at least two hydrosilyl groups; and carbon black. an organopolysiloxane having two vinyl groups bonded to a silicon atom; an organopolysiloxane represented by the following chemical structural formula: l, m, and n in the chemical structural formula each independently represent a positive integer; a hydrogen polysiloxane having at least two hydrosilyl groups; and carbon black.
A method of switching a memristive device in a two-dimensional array, comprising: sensing a leakage current through the two-dimensional array when a voltage of half of a switching voltage is applied to a row line of the memristive device; generating a leakage compensation current according to the sensed leakage current; generating a switching current ramp; combining the leakage compensation current and the switching current ramp to form a combined switching current; applying the combined switching current to the row line of the memristive device; and removing the combined switching current from the row line of the memristive device when a resistance value of the memristive device reaches a target value. sensing a leakage current through the two-dimensional array when a voltage of half of a switching voltage is applied to a row line of the memristive device; generating a leakage compensation current according to the sensed leakage current; generating a switching current ramp; combining the leakage compensation current and the switching current ramp to form a combined switching current; applying the combined switching current to the row line of the memristive device; and removing the combined switching current from the row line of the memristive device when a resistance value of the memristive device reaches a target value.
A notification method for an information change of a Multimedia Broadcast Multicast Service Control Channel, MCCH, characterized in that the method comprises the steps of: on a User Equipment, UE, side, receiving, via a system broadcast message, position information of a Multimedia Broadcast Multicast Service Radio Network Temporary Identifier, M-RNTI, indicating that information of an MCCH has a change, detecting the M-RNTI, reading Downlink Control Information, DCI, corresponding to the M-RNTI, and continuing reading the information of the MCCH when it is determined that no MBMS Identifier exists in the DCI, or determining whether to continue reading changed information of the MCCH according to service requirements of the UE when it is determined that an MBMS Identifier exists in the DCI. on a User Equipment, UE, side, receiving, via a system broadcast message, position information of a Multimedia Broadcast Multicast Service Radio Network Temporary Identifier, M-RNTI, indicating that information of an MCCH has a change, detecting the M-RNTI, reading Downlink Control Information, DCI, corresponding to the M-RNTI, and continuing reading the information of the MCCH when it is determined that no MBMS Identifier exists in the DCI, or determining whether to continue reading changed information of the MCCH according to service requirements of the UE when it is determined that an MBMS Identifier exists in the DCI.
A control device for pumps, comprising: - a hollow body connected to an end of a flexible element; - an orientation sensor positioned on the hollow body and configured for measuring an angle of the hollow body relative to a horizontal plane and converting the angle into a electric output signal; - a control unit positioned at the hollow body and connected to the orientation sensor in such a way as to receive the output signal; - a power supply terminal (17a, 17b) connected to the control unit and configured for connecting the control unit to a source of electrical power; - a control terminal connected to the control unit, characterised in that the control unit being configured to determine in the control terminal a power current for actuating an electric pump as a function of the output signal coming from the orientation sensor. - a hollow body connected to an end of a flexible element; - an orientation sensor positioned on the hollow body and configured for measuring an angle of the hollow body relative to a horizontal plane and converting the angle into a electric output signal; - a control unit positioned at the hollow body and connected to the orientation sensor in such a way as to receive the output signal; - a power supply terminal (17a, 17b) connected to the control unit and configured for connecting the control unit to a source of electrical power; - a control terminal connected to the control unit, characterised in that the control unit being configured to determine in the control terminal a power current for actuating an electric pump as a function of the output signal coming from the orientation sensor.
Apparatus for an aerosol generating device, the apparatus comprising: a heating circuit comprising a heating element for heating a heating arrangement, the heating arrangement arranged to heat an aerosol generating material to thereby generate an aerosol; a temperature sensing arrangement for sensing a temperature of the device; and a controller for controlling a supply of energy to the heating circuit, characterised in that the controller is configured to: determine a characteristic that is indicative that energy is being supplied to the heating circuit over a given time period, and determine a change in temperature sensed by the temperature sensing arrangement over the given time period; and take a control action if, based on the determined characteristic and the increase in temperature sensed by the temperature sensing arrangement over the given period, the controller determines that one or more predetermined criteria that are indicative of a fault with the temperature sensing arrangement are satisfied. a heating circuit comprising a heating element for heating a heating arrangement, the heating arrangement arranged to heat an aerosol generating material to thereby generate an aerosol; a temperature sensing arrangement for sensing a temperature of the device; and a controller for controlling a supply of energy to the heating circuit, characterised in that the controller is configured to: determine a characteristic that is indicative that energy is being supplied to the heating circuit over a given time period, and determine a change in temperature sensed by the temperature sensing arrangement over the given time period; and take a control action if, based on the determined characteristic and the increase in temperature sensed by the temperature sensing arrangement over the given period, the controller determines that one or more predetermined criteria that are indicative of a fault with the temperature sensing arrangement are satisfied. determine a characteristic that is indicative that energy is being supplied to the heating circuit over a given time period, and determine a change in temperature sensed by the temperature sensing arrangement over the given time period; and take a control action if, based on the determined characteristic and the increase in temperature sensed by the temperature sensing arrangement over the given period, the controller determines that one or more predetermined criteria that are indicative of a fault with the temperature sensing arrangement are satisfied.
A method for forming a radiation patternable coating comprising an oxo-hydroxo network with metal cations having organic ligands with metal carbon bonds and metal oxygen bonds, the method comprising inputting into a deposition chamber closed from the ambient atmosphere a first precursor vapor comprising a composition represented by the formula R n SnX 4-n where n = 1 or 2, wherein R is an organic ligand with 1-31 carbon atoms bound to Sn with a metal-carbon bond, and X is a ligand having a hydrolysable bond with Sn and inputting sequentially or at the same time a second precursor vapor comprising an oxygen-containing compound capable of reacting with the composition in the first precursor vapor under conditions in the deposition chamber to form a composition with non-volatile components and a volatile component comprising a reaction product with X ligand or ligands, wherein a substrate is configured with a surface to receive the non-volatile components of the composition. inputting into a deposition chamber closed from the ambient atmosphere a first precursor vapor comprising a composition represented by the formula R n SnX 4-n where n = 1 or 2, wherein R is an organic ligand with 1-31 carbon atoms bound to Sn with a metal-carbon bond, and X is a ligand having a hydrolysable bond with Sn and inputting sequentially or at the same time a second precursor vapor comprising an oxygen-containing compound capable of reacting with the composition in the first precursor vapor under conditions in the deposition chamber to form a composition with non-volatile components and a volatile component comprising a reaction product with X ligand or ligands, wherein a substrate is configured with a surface to receive the non-volatile components of the composition.
A package with printing stocks and interlayers arranged in exact register contained therein, wherein the printing stock are security paper sheets for manufacturing value documents, comprising a) a stack carrier; b) a first interlayer arranged on the stack carrier, a first printing stock stack arranged on the first interlayer, a second interlayer arranged on the first printing stock stack, a second printing stock stack arranged on the second interlayer and optionally at least one further sequence of elements consisting of a further interlayer arranged on the printing stock stack located therebelow and a further printing stock stack arranged on the further interlayer; c) a jacket, which contains the elements arranged on the stack carrier, consisting of the first interlayer, the first printing stock stack, the second interlayer, the second printing stock stack and the optional further elements, completely in the form of a hood extending from the stack carrier to the uppermost element on four side surfaces and an upper side. a) a stack carrier; b) a first interlayer arranged on the stack carrier, a first printing stock stack arranged on the first interlayer, a second interlayer arranged on the first printing stock stack, a second printing stock stack arranged on the second interlayer and optionally at least one further sequence of elements consisting of a further interlayer arranged on the printing stock stack located therebelow and a further printing stock stack arranged on the further interlayer; c) a jacket, which contains the elements arranged on the stack carrier, consisting of the first interlayer, the first printing stock stack, the second interlayer, the second printing stock stack and the optional further elements, completely in the form of a hood extending from the stack carrier to the uppermost element on four side surfaces and an upper side.