mhurhangee/patent-ind-claim-en huggingface dataset:
A single-body type carrier for a cosmetic composition, comprising a single-body type sponge, wherein the single-body type sponge has at least two layers, wherein the single-body type sponge comprises pores, and has a layer controlled in at least one of density, pore number per cm 3 , pore size and layer thickness through pressurization of a part of the single-body type sponge, wherein the layers of the sponge are different from each other in at least one sponge density, pore number per cm 3 , pore size and layer thickness, wherein the carrier does not include a plurality of sponge parts bound or sealed with ultrasonic waves, heat, a binder or adhesive, but includes a single-body type sponge a part of which is pressurized by pressing, melting or felting so that the sponge may have a multilayered structure. comprising a single-body type sponge, wherein the single-body type sponge has at least two layers, wherein the single-body type sponge comprises pores, and has a layer controlled in at least one of density, pore number per cm 3 , pore size and layer thickness through pressurization of a part of the single-body type sponge, wherein the layers of the sponge are different from each other in at least one sponge density, pore number per cm 3 , pore size and layer thickness, wherein the carrier does not include a plurality of sponge parts bound or sealed with ultrasonic waves, heat, a binder or adhesive, but includes a single-body type sponge a part of which is pressurized by pressing, melting or felting so that the sponge may have a multilayered structure.
A method for measuring a change in lung volume, comprising: placing a first pair of electrodes in skin contact with opposite arms of a human body ; placing a second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body ; and measuring a parameter for impedance pneumography by tetrapolar impedance measurement, comprising: feeding a current to the first pair of electrodes in contact with the opposite arms of the human body and measuring a voltage by the second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body , or feeding a current to the second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body and measuring a voltage by the first pair of electrodes in contact with the opposite arms of the human body . placing a first pair of electrodes in skin contact with opposite arms of a human body ; placing a second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body ; and measuring a parameter for impedance pneumography by tetrapolar impedance measurement, comprising: feeding a current to the first pair of electrodes in contact with the opposite arms of the human body and measuring a voltage by the second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body , or feeding a current to the second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body and measuring a voltage by the first pair of electrodes in contact with the opposite arms of the human body . feeding a current to the first pair of electrodes in contact with the opposite arms of the human body and measuring a voltage by the second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body , or feeding a current to the second pair of electrodes in skin contact with the midaxillary line on opposite sides of the human body and measuring a voltage by the first pair of electrodes in contact with the opposite arms of the human body .
An electronic converter unit for a pump unit , wherein the pump unit includes a housing , which comprises a signal source for emitting a signal, wherein the electronic converter unit comprises: - a signal detector for measuring the signal emitted from the signal source of the pump unit , wherein the electronic converter unit is adapted to be detachably coupled to the pump unit and wherein the electronic converter unit further comprises: - a converter unit for converting said signals to electrical signals, and - transmitting means for transmitting the electrical signals to an external communication unit ; wherein - the signal source is a light source, and wherein the signal detector is a photo detector for measuring the light emitted from the light source of the pump, and wherein the converter unit is adapted to converting optical signals to electrical signals, characterized in that - the converter device is adapted to wirelessly transmit the electrical signals as infrared or as a radio signal, such as GSM, CDMA, 3G, 4G and Bluetooth ® , - the electronic converter unit is provided with a housing having an aperture , and wherein the photo detector is arranged within the housing behind the aperture , - the aperture is provided with an optical transparent cover , such as glass, artificial glass or plastic, and - the aperture is further provided with a sheet or layer of conductive material, the sheet or layer having a number of apertures. - a signal detector for measuring the signal emitted from the signal source of the pump unit , wherein the electronic converter unit is adapted to be detachably coupled to the pump unit and wherein the electronic converter unit further comprises: - a converter unit for converting said signals to electrical signals, and - transmitting means for transmitting the electrical signals to an external communication unit ; - the signal source is a light source, and wherein the signal detector is a photo detector for measuring the light emitted from the light source of the pump, and wherein the converter unit is adapted to converting optical signals to electrical signals, - the converter device is adapted to wirelessly transmit the electrical signals as infrared or as a radio signal, such as GSM, CDMA, 3G, 4G and Bluetooth ® , - the electronic converter unit is provided with a housing having an aperture , and wherein the photo detector is arranged within the housing behind the aperture , - the aperture is provided with an optical transparent cover , such as glass, artificial glass or plastic, and - the aperture is further provided with a sheet or layer of conductive material, the sheet or layer having a number of apertures.
A method performed by a host operating system executing on a host device comprising: running , an application on the host operating system; detecting that the application running on the host operating system is attempting to access a network resource accessible to the host device via a network; determining the network resource is an untrusted network resource; and in response to determining that the network resource is an untrusted network resource: activating a container that is isolated from the host operating system and configured to run a version of the application; and allowing the version of the application running in the container to access the untrusted network resource; and in response to determining access to the untrusted network resource has ended, suspending the container until it is needed to handle one or more additional untrusted network resources. running , an application on the host operating system; detecting that the application running on the host operating system is attempting to access a network resource accessible to the host device via a network; determining the network resource is an untrusted network resource; and in response to determining that the network resource is an untrusted network resource: activating a container that is isolated from the host operating system and configured to run a version of the application; and allowing the version of the application running in the container to access the untrusted network resource; and in response to determining access to the untrusted network resource has ended, suspending the container until it is needed to handle one or more additional untrusted network resources. activating a container that is isolated from the host operating system and configured to run a version of the application; and allowing the version of the application running in the container to access the untrusted network resource; and in response to determining access to the untrusted network resource has ended, suspending the container until it is needed to handle one or more additional untrusted network resources.
A therapy system for providing relief from chronic pain, configured to be arranged relative to the general anatomy of a spinal cord of a patient, wherein the therapy system includes: a pulse generator that is implantable subcutaneously within the patient and includes a computer-readable medium containing instructions, wherein the pulse generator is attached via a lead body to an electrode array including multiple electrodes carried by a support substrate ; or wherein the pulse generator is connected to percutaneous lead bodies, which are in turn connected to electrodes; and wherein the pulse generator is adapted to transmit the instructions and power to the electrodes to apply therapy signals to the nerve fibers of the patient to up-regulate and/or down-regulate the nerves; wherein the pulse generator is configured to generate high frequency blocking signals having a frequency ranging from 2,500 to 100,000 Hz and an amplitude from 2 mA to 20 mA. a pulse generator that is implantable subcutaneously within the patient and includes a computer-readable medium containing instructions, wherein the pulse generator is attached via a lead body to an electrode array including multiple electrodes carried by a support substrate ; or wherein the pulse generator is connected to percutaneous lead bodies, which are in turn connected to electrodes; and wherein the pulse generator is adapted to transmit the instructions and power to the electrodes to apply therapy signals to the nerve fibers of the patient to up-regulate and/or down-regulate the nerves; wherein the pulse generator is configured to generate high frequency blocking signals having a frequency ranging from 2,500 to 100,000 Hz and an amplitude from 2 mA to 20 mA.
A road surfacing composition for the preparation of a silent and water-permeable road surfacing comprising: a) 80 - 98 wt% of hard particles A, b) 2 - 20 wt% of a two-component polyurethane binder system comprising a polyol P1 selected from polymeric polyols such as polyester or polyether polyols, polyesteramides polyols, polycarbonate polyols, polyacetal polyols, polyolefin polyols, acrylic polyols and hydroxy functional ketone resins, or selected from natural polyols including naturally occurring vegetable oils that contain unreacted OH functional groups, or a chemically modified natural oil polyols, a polyisocyanate P2 and optionally polyurethane precursors, which after curing has a crosslink density X, defined as the number of moles of elastically effective network chains per volume, between 0.1 and 2, preferably between 0.1 and 1.7 and more preferably between 0.1 and 1.5 mmoles/cm 3 , c) 0 - 10 wt% additives other than a) or b), the sum of wt% of a) to c) being 100 wt%. said road surfacing composition having a porosity of at least 10, preferably at least 15, more preferably at least 20 % defined as open volume relative to the total volume of the composition. a) 80 - 98 wt% of hard particles A, b) 2 - 20 wt% of a two-component polyurethane binder system comprising a polyol P1 selected from polymeric polyols such as polyester or polyether polyols, polyesteramides polyols, polycarbonate polyols, polyacetal polyols, polyolefin polyols, acrylic polyols and hydroxy functional ketone resins, or selected from natural polyols including naturally occurring vegetable oils that contain unreacted OH functional groups, or a chemically modified natural oil polyols, a polyisocyanate P2 and optionally polyurethane precursors, which after curing has a crosslink density X, defined as the number of moles of elastically effective network chains per volume, between 0.1 and 2, preferably between 0.1 and 1.7 and more preferably between 0.1 and 1.5 mmoles/cm 3 , c) 0 - 10 wt% additives other than a) or b), the sum of wt% of a) to c) being 100 wt%.
Hoisting system for hoisting a vertically-suspended object , the hoisting system having a winch having a winch drum with a hoisting rope , wherein a first part (25-1) of the hoisting rope has a first diameter (d1) and a second part (25-2) has a second diameter (d2) being larger than the first diameter (d1), the first part (25-1) being connected with a first end of the second part (25-2), wherein the first part (25-1) is an inner part on the winch drum when the winch drum is completely wound, wherein the second part (25-2) has a further end that is connectable to the object for hoisting the object , characterized in that a ratio between the first diameter (d1) and the second diameter (d2) is chosen such that the minimum breakable load of the first part (25-1) differs less than a factor of four from the minimum breakable load of the second part (25-2), and preferably less than a factor of three.
A liquid natural gas (LNG) assembly characterised by comprising a component which comprises a polymeric material (A) having a repeat unit of formula I : -O-Ph-O-Ph-CO-Ph- I wherein Ph represents a phenylene moiety; and wherein said polymeric material (A) has a melt viscosity (MV) of at least 0.50 kNsm -2 measured according to Test 1 as described herein. wherein Ph represents a phenylene moiety; and wherein said polymeric material (A) has a melt viscosity (MV) of at least 0.50 kNsm -2 measured according to Test 1 as described herein.
A multi-component hollow manual or power toothbrush making process by injection molding, the process comprising the steps of: molding a hollow body of a first plastic material , the hollow body having a wall and a void inside the wall, wherein the wall has at least one vent therethrough, the hollow body comprising at least one flap molded in an area of the wall adjacent to the at least one vent , the flap being molded in a first position in which the vent is open, the flap being hingedly movable from the first position to a second position in which the vent is closed by the flap ; moving the flap from the first position to the second position by contacting the flap with a closing tool ; and at least partially overmolding the hollow body with a second plastic material so that the second plastic material at least partially covers the flap in the second position, wherein the second material is essentially precluded from entering the void inside the hollow body through the vent . molding a hollow body of a first plastic material , the hollow body having a wall and a void inside the wall, wherein the wall has at least one vent therethrough, the hollow body comprising at least one flap molded in an area of the wall adjacent to the at least one vent , the flap being molded in a first position in which the vent is open, the flap being hingedly movable from the first position to a second position in which the vent is closed by the flap ; moving the flap from the first position to the second position by contacting the flap with a closing tool ; and at least partially overmolding the hollow body with a second plastic material so that the second plastic material at least partially covers the flap in the second position, wherein the second material is essentially precluded from entering the void inside the hollow body through the vent .
A device , comprising: a MEMS device with at least one sensor; and a thermal element disposed adjacent the MEMS device, the thermal element configured to selectively adjust a temperature of the MEMS device and wherein the thermal element is disposed about a bottom surface of the MEMS device, characterized in that a device thermal spreader of thermally conductive material is disposed over a top surface of the MEMS device to substantially maintain a uniform temperature about a top surface of the MEMS device. a MEMS device with at least one sensor; and a thermal element disposed adjacent the MEMS device, the thermal element configured to selectively adjust a temperature of the MEMS device and wherein the thermal element is disposed about a bottom surface of the MEMS device, characterized in that a device thermal spreader of thermally conductive material is disposed over a top surface of the MEMS device to substantially maintain a uniform temperature about a top surface of the MEMS device.
A multi-lumen catheter comprising: a tubular shaft member having a proximal end, a distal end and a longitudinal length therebetween, the tubular shaft member having a first lumen and a second lumen defined therein, the first lumen having a first lumen cross-sectional dimension and a length extending at least along a portion of the length of the tubular shaft member , and the second lumen having a second lumen cross-sectional dimension and a length extending along the length of tubular shaft member , characterized in that the tubular shaft member is a monolithic elongate tubular shaft member having an inner core made of a first material, an outer layer made of a second material, and an intermediate tie layer disposed between the inner core and the outer layer, the first material of the inner core defining the first lumen and the second lumen therein, the first lumen cross-sectional dimension being substantially uniform along the length of the first lumen , the second lumen cross-sectional dimension being substantially uniform along the length of the second lumen , and the tubular shaft member having an outer cross-sectional dimension that varies along the length of the tubular shaft member. the tubular shaft member having a first lumen and a second lumen defined therein, the first lumen having a first lumen cross-sectional dimension and a length extending at least along a portion of the length of the tubular shaft member , and the second lumen having a second lumen cross-sectional dimension and a length extending along the length of tubular shaft member , characterized in that the tubular shaft member is a monolithic elongate tubular shaft member having an inner core made of a first material, an outer layer made of a second material, and an intermediate tie layer disposed between the inner core and the outer layer, the first material of the inner core defining the first lumen and the second lumen therein, the first lumen cross-sectional dimension being substantially uniform along the length of the first lumen , the second lumen cross-sectional dimension being substantially uniform along the length of the second lumen , and the tubular shaft member having an outer cross-sectional dimension that varies along the length of the tubular shaft member.
A method for obtaining edge data network, EDN, configuration information by a user equipment , UE, to receive an edge computing service in a wireless communication system, the method comprising: transmitting, to an EDN configuration server , an initial provisioning request message using a URI address of the EDN configuration server; and receiving, from the edge data network configuration server , an initial provisioning response message comprising the EDN configuration information, wherein the URI address is derived from a public land mobile network, PLMN, identifier, ID, wherein the EDN configuration information includes an EDN connection information for establishing connection with the EDN, and an edge enabler server, EES, address, wherein the EDN connection information includes information on EDN which serves the UE that is connected to a core network from one of cells included in an edge computing service area, and wherein the EES address includes an address of the EES as a URI. transmitting, to an EDN configuration server , an initial provisioning request message using a URI address of the EDN configuration server; and receiving, from the edge data network configuration server , an initial provisioning response message comprising the EDN configuration information, wherein the URI address is derived from a public land mobile network, PLMN, identifier, ID, wherein the EDN configuration information includes an EDN connection information for establishing connection with the EDN, and an edge enabler server, EES, address, wherein the EDN connection information includes information on EDN which serves the UE that is connected to a core network from one of cells included in an edge computing service area, and wherein the EES address includes an address of the EES as a URI.
A head-mounted display comprising: a mounting portion that can be removed from a helmet ; a connector connected with the mounting portion and allowing a position to be freely adjusted; a display disposed at a distal end of the connector ; characterized by further comprising: a positioner included in the display ; a positioned portion at which the positioner is positioned being fixed to the helmet such that a position can be freely adjusted. a mounting portion that can be removed from a helmet ; a connector connected with the mounting portion and allowing a position to be freely adjusted; a display disposed at a distal end of the connector ; characterized by further comprising: a positioner included in the display ; a positioned portion at which the positioner is positioned being fixed to the helmet such that a position can be freely adjusted. a positioner included in the display ; a positioned portion at which the positioner is positioned being fixed to the helmet such that a position can be freely adjusted.
A polytetrafluoroethylene composite filter material, characterized by comprising a supporting layer and a polytetrafluoroethylene film layer, wherein the supporting layer is a silver-plated carbon nanomaterial-modified meltblown nonwoven fabric, wherein the polytetrafluoroethylene composite filter material is prepared by fiberizing a resin material modified by silver-plated carbon nanomaterials on the surface of a polytetrafluoroethylene film by a melt-blowing method, and wherein carbon nanomaterials refer to carbon materials with at least one dimension smaller than 100 nm. wherein the polytetrafluoroethylene composite filter material is prepared by fiberizing a resin material modified by silver-plated carbon nanomaterials on the surface of a polytetrafluoroethylene film by a melt-blowing method, and wherein carbon nanomaterials refer to carbon materials with at least one dimension smaller than 100 nm.
Vehicle seat having a backrest which comprises a backrest part and a backrest base element , the backrest part comprising a middle backrest element which is arranged pivotably on the backrest base element , characterised in that the backrest part comprises two lower backrest side elements and two upper backrest side elements , which are each mechanically coupled to the middle backrest element , wherein the two lower backrest side elements are arranged pivotably on the backrest base element , wherein at least one joint device is provided in each case between a lower backrest side element and an upper backrest side element , wherein a lower backrest side element and an upper backrest side element are arranged at an angle (α L , α R ) to one another, wherein pivoting of the middle backrest element causes a change in the angle (α L , α R ), wherein the joint device comprises at least one elastic element .