mhurhangee/patent-ind-claim-en huggingface dataset:
A breather device for dehumidifying air to be supplied into an expansion vessel of a power electrical apparatus , said breather device comprising an air demoisturizer unit including one or more tanks having an internal volume accommodating a moisture absorbing substance and adapted to be in fluid-dynamic communication with the external environment and with said expansion vessel, characterised in that it comprises one or more capacitive electric arrangements accommodated in said one or more tanks , each capacitive electric arrangement comprising first and second electrodes arranged spaced one from another in the internal volume of a corresponding tank and a quantity of said moisture absorbing substance between said first and second electrodes, said breather device further comprising or being operatively coupleable with a detection device electrically connectable with the capacitive electric arrangement of each tank and adapted to provide first measurement data (CAP) indicative of the equivalent capacitance of said capacitive electric arrangement.
An assistive device for replacing or augmenting the limb of an individual, comprising a joint and a powered system ; the powered system having: a first configuration in which the powered system rotates the joint by applying power to the joint; and a second configuration that allows for rotation of the joint without actuation of the powered system , characterized in that the powered system comprises an actuator linkage; the actuator linkage having a link portion that is movable to a first position coaxial to the joint or to a second position at a distance from the joint ; the actuator linkage applying power to the joint when the link portion is positioned at the second position. a first configuration in which the powered system rotates the joint by applying power to the joint; and a second configuration that allows for rotation of the joint without actuation of the powered system , characterized in that the powered system comprises an actuator linkage; the actuator linkage having a link portion that is movable to a first position coaxial to the joint or to a second position at a distance from the joint ; the actuator linkage applying power to the joint when the link portion is positioned at the second position.
A method for measuring a magnetic nanometer temperature, comprising the following steps: step S1: measuring a magneto-optical Kerr angle of a magnetic nano-coating; wherein the magnetic nano-coating is arranged on an area under measurement, a Curie temperature of the magnetic nano-coating is greater than a temperature of the area under measurement; step S2: based on a linear relationship between the magneto-optical Kerr angle of the magnetic nano-coating and a magnetization intensity, obtaining a magnetization intensity of the magnetic nano-coating; step S3: based on Curie-Weiss law, calculating a temperature of the magnetic nano-coating, that is, the temperature of the area under measurement, according to the magnetization intensity of the magnetic nano-coating. step S1: measuring a magneto-optical Kerr angle of a magnetic nano-coating; wherein the magnetic nano-coating is arranged on an area under measurement, a Curie temperature of the magnetic nano-coating is greater than a temperature of the area under measurement; step S2: based on a linear relationship between the magneto-optical Kerr angle of the magnetic nano-coating and a magnetization intensity, obtaining a magnetization intensity of the magnetic nano-coating; step S3: based on Curie-Weiss law, calculating a temperature of the magnetic nano-coating, that is, the temperature of the area under measurement, according to the magnetization intensity of the magnetic nano-coating.
Laminated packaging material for use in packaging of products sensitive to oxygen and other gases, comprising a barrier sheet or film (10a; 10b; 20a; 20b), having a gas barrier layer (14; 18) comprising cellulose nanofibrils (CNF), the laminated packaging material further comprising a bulk layer of paper or paperboard or other cellulose-based material, a first outermost liquid tight, heat sealable polyolefin layer , a second innermost liquid tight, heat sealable polyolefin layer and arranged on the inner side of the bulk layer of paper or paperboard or other cellulose-based material, between the bulk layer and the innermost layer, said barrier sheet or film, wherein the gas barrier layer is coated on at least one side with a vapour deposition barrier coating of an amorphous diamond-like carbon (DLC) (16; 20), wherein the gas barrier layer comprises CNF and up to 25 weight-% of a plasticizer compound, based on the dry weight of the layer, the plasticizer compound being selected from the group consisting of polyols, saccharides, polysaccharides, cellulose derivatives, polyethylene glycols and polyvinyl alcohols, and wherein said vapour deposition barrier coating (16; 20) of a DLC is arranged between said gas barrier layer (14; 18) and said innermost heat sealable polyolefin layer , the vapour deposition barrier coating having water vapour barrier properties, whereby the film provides gas barrier properties also at high humidity conditions in the laminated packaging material.
A method, comprising: receiving, by a user equipment , a configuration message from a network node , wherein the configuration message indicates to the user equipment a configuration of skipping uplink transmission for an uplink grant when there is no uplink data; determining whether the user equipment is requested for uplink control information transmission for a subframe with the uplink grant; when it is determined that the user equipment is requested for the uplink control information transmission for the subframe with the uplink grant, generating a transport block regardless of whether there is uplink data to be transmitted; and when it is determined that the user equipment is not requested for the uplink control information transmission for the subframe with the uplink grant and a protocol data unit is padding buffer status report only protocol data unit, skipping generating a transport block. receiving, by a user equipment , a configuration message from a network node , wherein the configuration message indicates to the user equipment a configuration of skipping uplink transmission for an uplink grant when there is no uplink data; determining whether the user equipment is requested for uplink control information transmission for a subframe with the uplink grant; when it is determined that the user equipment is requested for the uplink control information transmission for the subframe with the uplink grant, generating a transport block regardless of whether there is uplink data to be transmitted; and when it is determined that the user equipment is not requested for the uplink control information transmission for the subframe with the uplink grant and a protocol data unit is padding buffer status report only protocol data unit, skipping generating a transport block.
A power tool which is adapted to linearly drive a detachably coupled tool bit to perform a predetermined operation on a workpiece, comprising a tool body including a motor housing and a gear housing , a driving motor housed within the motor housing , a motor output shaft of the driving motor which extends in an axial direction of the tool bit , a motion converting section , including a swinging member that is caused to swing in the axial direction of the tool bit by rotation of the motor output shaft , and a driving element that is disposed parallel to the motor output shaft and moves linearly in the axial direction of the tool bit via components of the swinging movement of the swinging member in the axial direction of the tool bit , the motion converting section being disposed to the tool bit side of the driving motor in the axial direction of the tool bit , an air spring chamber defined within the driving element , a striking element that strikes the tool bit via the air spring chamber by linear movement of the driving element , a power transmitting section , including a holding element that extends in the axial direction of the tool bit and holds the tool bit , and a transmission gear that rotates the holding element on its axis and thus rotationally drives the tool bit when the motor output shaft rotates, the motion converting section and the power transmitting section being housed in the gear housing , an internal space which is located to the motion converting section side of the driving motor within the body , an inner edge of the internal space being defined by an outer edge of the motion converting section , and an outer edge of the internal space being defined by an outer periphery of the transmission gear such that the internal space 120 is provided around the motion converting section and defined as a region which overlaps an area sectioned by the outer periphery of the transmission gear in the axial direction of the tool bit , and a dynamic vibration reducer having a weight and an elastic member that elastically supports the weight with respect to the tool body , wherein the weight elastically supported by the elastic member moves linearly in the axial direction of the tool bit against a spring force of the elastic member to reduce the vibration of the tool body , characterized in that the dynamic vibration reducer is disposed within the internal space in its entirety or in part, and the dynamic vibration reducer is placed in a tool upper region above the motion converting section when viewed in a section of the body which is taken in a direction transverse to the axial direction of the tool bit .
A method for access control in an electronic control unit (ECU), the method comprising: intercepting, by an operating system (OS) kernel of the ECU, at least one request for an interaction of a control application with a basic component through an interaction interface provided by the basic component for interactions with applications; requesting, by the OS kernel, from a security subsystem of the operating system, a verdict as to whether or not access for the interaction of the control application with the basic component through the interaction interface can be provided; and when the verdict is received from the security subsystem granting the access, providing, by the OS kernel, the interaction between the basic component and the control application through the interaction interface in accordance with the received verdict, wherein the access is granted based on security policies and attributes that include specifications for at least one of: consistency of the security policies, determination of the verdict in a predictable time, and completeness of coverage. intercepting, by an operating system (OS) kernel of the ECU, at least one request for an interaction of a control application with a basic component through an interaction interface provided by the basic component for interactions with applications; requesting, by the OS kernel, from a security subsystem of the operating system, a verdict as to whether or not access for the interaction of the control application with the basic component through the interaction interface can be provided; and when the verdict is received from the security subsystem granting the access, providing, by the OS kernel, the interaction between the basic component and the control application through the interaction interface in accordance with the received verdict, wherein the access is granted based on security policies and attributes that include specifications for at least one of: consistency of the security policies, determination of the verdict in a predictable time, and completeness of coverage.
A transmission system comprising: an output-terminal configured to provide an output-signal; an oscillator comprising a plurality of phase-shifters (202-208, 302-308), each configured to provide one of a plurality of phase-shifted-signals (222-232, 324-332); and a controller configured to provide a selected one of the phase-shifted-signals (222-232, 324-332) to the output-signal as a transition in the output-signal, at an instant in time that is based on one or more of the plurality of phase-shifted-signals (222-232, 324-332), the oscillator is a phase-shift oscillator, and characterised in that the controller is configured to provide the selected one of the phase-shifted-signals (222-232, 324-332) to the output-signal as a transition in the output-signal, at an instant in time that is based on one or more of the plurality of phase-shifted-signals (222-232, 324-332) that are not selected. an output-terminal configured to provide an output-signal; an oscillator comprising a plurality of phase-shifters (202-208, 302-308), each configured to provide one of a plurality of phase-shifted-signals (222-232, 324-332); and a controller configured to provide a selected one of the phase-shifted-signals (222-232, 324-332) to the output-signal as a transition in the output-signal, at an instant in time that is based on one or more of the plurality of phase-shifted-signals (222-232, 324-332), the oscillator is a phase-shift oscillator, and characterised in that the controller is configured to provide the selected one of the phase-shifted-signals (222-232, 324-332) to the output-signal as a transition in the output-signal, at an instant in time that is based on one or more of the plurality of phase-shifted-signals (222-232, 324-332) that are not selected.
Method for producing a base structure of a fabric for use in a machine which produces and/or processes a fibrous web, wherein the fabric base structure has a laminate which is formed from at least two layers, and the layers are formed substantially from polymer material, wherein the method comprises the following steps: - locally melting the polymer material of the two layers by irradiation from a radiation source , and - pressing the molten polymer material of the two layers together, wherein, for this purpose, the polymer material of the two layers is guided, forming a run-in gap , into a press nip formed by two pressing rolls , characterized in that the radiation is directed directly into the run-in gap in such a way that said radiation does not first have to penetrate the polymer material of one of the two layers in order to reach the polymer material of the other layer. wherein the method comprises the following steps: - locally melting the polymer material of the two layers by irradiation from a radiation source , and - pressing the molten polymer material of the two layers together, wherein, for this purpose, the polymer material of the two layers is guided, forming a run-in gap , into a press nip formed by two pressing rolls , - locally melting the polymer material of the two layers by irradiation from a radiation source , and - pressing the molten polymer material of the two layers together, wherein, for this purpose, the polymer material of the two layers is guided, forming a run-in gap , into a press nip formed by two pressing rolls , characterized in that the radiation is directed directly into the run-in gap in such a way that said radiation does not first have to penetrate the polymer material of one of the two layers in order to reach the polymer material of the other layer.
A cyclone for the separation of solid particles and/or at least one liquid from a fluid with a housing , an inlet opening for introducing the fluid together with the solid particles and/or the at least one liquid into the housing , a discharge port for the solid particles and/or the at least one liquid, a housing cap being arranged opposite to the discharge port , a dip tube being provided in the housing cap for discharging the fluid from the housing , and a feed channel which opens out into the inlet opening in the housing for introducing the fluid together with the solid particles and/or the at least one liquid into the housing , wherein at least one ramp (11a-e, g) is arranged at the housing cap and the slope of the at least one ramp (11a-e, g) is in a range of 15° to 60°, preferably between 25° and 45°, particularly preferably about 30°, characterized in that the at least one ramp (11a-e, g) has a maximum height which corresponds to 10 to 60 %, preferably between 25 and 50 % of the height of the feed channel .
A composition comprising one or more agents that inhibit COX7A1 selected from the group consisting of siRNA and antibodies for use in the treatment of a wound in a subject.
A method for operating a screen printing unit (19; 23) in a printing press comprising a screen cylinder (18; 22), which carries a screen printing form (31; 32), in which a squeegee can be engaged from the inside against the screen printing form (31; 32) and disengaged therefrom, and which screen cylinder can be thrown onto an impression cylinder such that a print position (06; 07) is formed and can be thrown off of said impression cylinder such that a gap is formed, wherein - in a first phase, the screen cylinder (18; 22) is thrown off of the impression cylinder while the squeegee is in a disengaged position, characterized in that - in a second phase, multiple printing substrate sheets are conveyed through the print position (06; 07) while the squeegee remains in a disengaged position and the screen cylinder (18; 22) is at least temporarily thrown on for each substrate sheet , - and finally, in a third phase, for subsequent printing substrate sheets an operation is carried out in which the squeegee is in an engaged position, perpetually or cyclically at least once for each printing substrate sheet . - in a first phase, the screen cylinder (18; 22) is thrown off of the impression cylinder while the squeegee is in a disengaged position, characterized in that - in a second phase, multiple printing substrate sheets are conveyed through the print position (06; 07) while the squeegee remains in a disengaged position and the screen cylinder (18; 22) is at least temporarily thrown on for each substrate sheet , - and finally, in a third phase, for subsequent printing substrate sheets an operation is carried out in which the squeegee is in an engaged position, perpetually or cyclically at least once for each printing substrate sheet .
A standalone waste compacting device comprising: an enclosure comprising a removable bin ; a cover section on the enclosure incorporating at least one solar power unit ; at least one storage battery and control unit ; at least one inwardly pivoting user access flap comprising a dual locking control mechanism comprising an electronic lock system and a mechanical lock system: at least one recessed foot pedal mechanism for opening the access flap ; a detachable independent compaction unit comprising a scissor linkage and lever linkage system, the compaction unit comprising extendable sideguards which extend when the scissor linkage extends to fully enclose the compaction unit; and at least one service access means. an enclosure comprising a removable bin ; a cover section on the enclosure incorporating at least one solar power unit ; at least one storage battery and control unit ; at least one inwardly pivoting user access flap comprising a dual locking control mechanism comprising an electronic lock system and a mechanical lock system: at least one recessed foot pedal mechanism for opening the access flap ; a detachable independent compaction unit comprising a scissor linkage and lever linkage system, the compaction unit comprising extendable sideguards which extend when the scissor linkage extends to fully enclose the compaction unit; and at least one service access means.
A method for the maintenance of a printhead (PH), the printhead comprising a reservoir containing a printing fluid with particles in suspension, and a nozzle plate, the method comprising: capping the nozzle plate of the printhead, and rotating the capped printhead according to a predetermined rotation cycle to cause the particles in suspension to circulate as a consequence of the rotation within the printing fluid in the reservoir, wherein the predetermined rotation cycle depends on the printing fluid. capping the nozzle plate of the printhead, and rotating the capped printhead according to a predetermined rotation cycle to cause the particles in suspension to circulate as a consequence of the rotation within the printing fluid in the reservoir, wherein the predetermined rotation cycle depends on the printing fluid.
Traction transmission for purposes of transmitting the rotation of an input drive shaft to a rail wheel which is connected in a rotationally fixed manner to an output drive shaft , with at least two transmission stages , in each case having at least one small gear or pinion, and at least one large gear , and with a transmission housing with bearings for the input drive shaft and the output drive shaft , and with transmission oil (G) arranged in the transmission housing , wherein the input drive shaft is sealed off from the transmission housing by means of a labyrinth seal , and the output drive shaft is sealed off from the transmission housing by means of a labyrinth seal , and in the position of use the input drive shaft is arranged below the output drive shaft , a separate oil sump is arranged below each large gear of each transmission stage , and a feeder disc , for purposes of feeding the transmission oil (G) from the oil sump of the first transmission stage , is connected in a rotationally fixed manner to, or integrated with, the large gear , or an intermediate gear , of the first transmission stage , and at least one suction line is arranged in the region of the feeder disc , which opens out in the region of the labyrinth seal of the input drive shaft , and in that, the transmission housing has an attachment element for purposes of a pivotable arrangement about an axis (Q) parallel to the axis of rotation of the input drive shaft and output drive shaft .
A Radio Frequency Identification, RFID, tag , comprising: an antenna adapted to receive an input AC signal; a charge pump rectifier coupled with the antenna ; a tuning system coupled with the antenna to optimize signal strength of the input AC signal; a diode rectifier coupled with the antenna to receive the input AC signal after the tuning system optimizes the signal strength of the input AC signal by tuning an input impedance of the antenna , wherein the diode rectifier is configured to power a main system of the RFID tag ; characterized in that the tuning system is configured to optimize the signal strength of the input AC signal by tuning the input impedance of the antenna based on an output of the charge pump rectifier . an antenna adapted to receive an input AC signal; a charge pump rectifier coupled with the antenna ; a tuning system coupled with the antenna to optimize signal strength of the input AC signal; a diode rectifier coupled with the antenna to receive the input AC signal after the tuning system optimizes the signal strength of the input AC signal by tuning an input impedance of the antenna , wherein the diode rectifier is configured to power a main system of the RFID tag ; characterized in that the tuning system is configured to optimize the signal strength of the input AC signal by tuning the input impedance of the antenna based on an output of the charge pump rectifier .
Immunogenic complex comprising - a polymerized antigen of protein nature, and - mannan comprising a peptide residue containing amino groups, being the mannan a carbohydrate polymer consisting of mannose and glycosidic bonds of the following types alpha-1,6-glycoside, alpha-1,2-glycoside, alpha-1,3-glycoside or beta-1,3-glycoside, wherein the antigens of protein nature and the mannan are covalently crosslinked by a diimine group between the amino groups present in both the peptide residue of mannan and the antigens of protein nature. - a polymerized antigen of protein nature, and - mannan comprising a peptide residue containing amino groups, being the mannan a carbohydrate polymer consisting of mannose and glycosidic bonds of the following types alpha-1,6-glycoside, alpha-1,2-glycoside, alpha-1,3-glycoside or beta-1,3-glycoside,