mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure-medium control valve , in particular for controlling a throughflow direction in a pressure-medium circuit, having a valve housing which is produced by shaping, having a valve seat which is formed in one piece with the valve housing , and having a valve closure body which is received in an axially movable and radially guided manner in the valve housing and which, in a manner dependent on the prevailing pressure conditions upstream and downstream of the valve seat , controls said valve seat , wherein, on the valve housing , there is formed a hollow-cylindrical housing shaft which is open at one end and in the interior of which the valve closure body is received, and wherein the valve seat is connected to the housing shaft via an encircling and, in relation to the housing shaft , radially outwardly projecting collar , characterized in that the collar of the valve housing is formed from two wall portions of the valve housing that are connected to one another at the circumference of the collar and are placed against one another. in particular for controlling a throughflow direction in a pressure-medium circuit, having a valve housing which is produced by shaping, having a valve seat which is formed in one piece with the valve housing , and having a valve closure body which is received in an axially movable and radially guided manner in the valve housing and which, in a manner dependent on the prevailing pressure conditions upstream and downstream of the valve seat , controls said valve seat , wherein, on the valve housing , there is formed a hollow-cylindrical housing shaft which is open at one end and in the interior of which the valve closure body is received, and wherein the valve seat is connected to the housing shaft via an encircling and, in relation to the housing shaft , radially outwardly projecting collar , characterized in that the collar of the valve housing is formed from two wall portions of the valve housing that are connected to one another at the circumference of the collar and are placed against one another.
System for storing and releasing heat comprising at least one bed of particles for storing the heat, and means for injecting and withdrawing a fluid in said at least one bed of particles , characterized in that said heat storage and release system comprises, at each end of said at least one bed of particles , a means for thermal regulation of said particles .
Method for operating a motorcycle with an adaptive cruise control system , wherein a side boundary of a group region of the adaptive cruise control system is set using lane width information , wherein the lane width information is read from a human-machine interface of the motorcycle , wherein a group mode of the adaptive cruise control system can be activated when a target object is identified within the group region .
A resonator assembly (20; 80), comprising: a resonant chamber defined by a first wall , a second wall opposing said first wall and side walls extending between said first wall and said second wall; a first resonator comprising a first resonator element and a first resonator cap , said first resonator element having a first grounded end and an first open end, said first resonator element being grounded at said first grounded end on said first wall and extending into said resonant chamber, said first resonator cap having a first grounded portion and an first open portion, said first resonator cap being grounded at said first grounded portion on said second wall and extending into said resonant chamber to at least partially surround said first open end of said first resonator element with said first open portion for electrical field loading of said first resonator element by said first resonator cap; and a second resonator comprising a second resonator element and a second resonator cap located for electrical field loading of said second resonator element by said second resonator cap, said second resonator element being located for magnetic field coupling between said first resonator element and said second resonator element; wherein the height between the first and second walls of the resonator assembly is around one eighth of an operating wavelength of said resonator assembly, and wherein said resonator elements each have an effective electrical length of around one eighth of the operating wavelength. a resonant chamber defined by a first wall , a second wall opposing said first wall and side walls extending between said first wall and said second wall; a first resonator comprising a first resonator element and a first resonator cap , said first resonator element having a first grounded end and an first open end, said first resonator element being grounded at said first grounded end on said first wall and extending into said resonant chamber, said first resonator cap having a first grounded portion and an first open portion, said first resonator cap being grounded at said first grounded portion on said second wall and extending into said resonant chamber to at least partially surround said first open end of said first resonator element with said first open portion for electrical field loading of said first resonator element by said first resonator cap; and a second resonator comprising a second resonator element and a second resonator cap located for electrical field loading of said second resonator element by said second resonator cap, said second resonator element being located for magnetic field coupling between said first resonator element and said second resonator element; wherein the height between the first and second walls of the resonator assembly is around one eighth of an operating wavelength of said resonator assembly, and wherein said resonator elements each have an effective electrical length of around one eighth of the operating wavelength.
A composite material, comprising DNA hydrogel, and silica nanoparticles, wherein the silica nanoparticles are connected with the DNA hydrogel through DNA strands, wherein the content of the silica nanoparticles based on the total amount of the composite material is from 10 to 80 wt%, the content of the DNA hydrogel based on the total amount of the composite material is from 20 to 90 wt%, the silica nanoparticles have an average particle size in the range of from 20 nm to 2 μm, the composite material has a porous structure, wherein the pore size in the structure is more than 100 nm and less than 700 nm, and the DNA hydrogel is attached to the silica nanoparticles via a covalent bond. DNA hydrogel, and silica nanoparticles, wherein the silica nanoparticles are connected with the DNA hydrogel through DNA strands, wherein the content of the silica nanoparticles based on the total amount of the composite material is from 10 to 80 wt%, the content of the DNA hydrogel based on the total amount of the composite material is from 20 to 90 wt%, the silica nanoparticles have an average particle size in the range of from 20 nm to 2 μm, the composite material has a porous structure, wherein the pore size in the structure is more than 100 nm and less than 700 nm, and the DNA hydrogel is attached to the silica nanoparticles via a covalent bond.
Ultrasonic cutter for cutting edge chamfers of plate-shaped workpieces with a cutter head forming an axis of rotation and with a blade extending from the cutter head and forming a cutting wedge ending in a straight cutting edge between two surfaces determined by the wedge angle, a flank surface and a contact surface , characterized in that the axis of rotation extending on the blade side of the flank surface is at a distance (e) from the flank surface which is equal to or greater than the distance (s) of the centre of mass (S) of the blade from the flank surface , and in that the cutting edge extending in the direction of the axis of rotation extends at a distance (a) from the axis of rotation which is no greater than the blade thickness (d).
A method for determining proximity of a plurality of architectural structure coverings , the method comprising: receiving, by a user device , a broadcast signal from each of the plurality of architectural structure coverings, wherein the broadcast signal received from an architectural structure covering includes informational data of the architectural structure covering; generating, by the user device and based on received broadcast signals, an ordered list of each of the plurality of architectural structure coverings, the ordered list being ordered by proximity of the coverings to the user device; and displaying, by the user device, the ordered list, wherein the ordered list includes a type of each of the plurality of architectural structure coverings based on the informational data. receiving, by a user device , a broadcast signal from each of the plurality of architectural structure coverings, wherein the broadcast signal received from an architectural structure covering includes informational data of the architectural structure covering; generating, by the user device and based on received broadcast signals, an ordered list of each of the plurality of architectural structure coverings, the ordered list being ordered by proximity of the coverings to the user device; and displaying, by the user device, the ordered list, wherein the ordered list includes a type of each of the plurality of architectural structure coverings based on the informational data.
A floor underlayment comprising - a first layer , - a second layer , and - an inner layer between the first layer and the second layer , wherein - the floor underlayment has a thickness from 1.0 mm to 1.5 mm, preferably from 1.0 mm to 1.3 mm, the floor underlayment comprises at least one adhesive layer between the first layer and the second layer, characterized in that - the inner layer has one layer of foam beads , which foam beads have a diameter of equal to or less than 1.3 mm so that at least 90 wt.% of the foam beads have a diameter in a range between 0.95 mm and 1.3 mm. - a first layer , - a second layer , and - an inner layer between the first layer and the second layer , - the floor underlayment has a thickness from 1.0 mm to 1.5 mm, preferably from 1.0 mm to 1.3 mm, the floor underlayment comprises at least one adhesive layer between the first layer and the second layer, - the inner layer has one layer of foam beads , which foam beads have a diameter of equal to or less than 1.3 mm so that at least 90 wt.% of the foam beads have a diameter in a range between 0.95 mm and 1.3 mm.
Washing machine adapted for cages and accessories used in the field of research on laboratory animals, comprising a wash chamber and means for introducing washing liquid and rinsing liquid into said wash chamber, the washing machine comprising: - two loading levels in said wash chamber , each loading level comprising two shelves (5, ...8) arranged in symmetrical positions relative to the median longitudinal axis of said wash chamber; - supports for said shelves, said supports being located in symmetrical positions on both sidewalls of said wash chamber and allowing said shelves to be arranged at different tilting angles; - three washing and rinsing assemblies adapted to make movements of oscillation and rotation about a respective longitudinal axis in said wash chamber, said three assemblies being adapted to receive said washing liquid and rinsing liquid from said means for introducing washing liquid and rinsing liquid, and being interposed between said loading levels and lying in a symmetrical vertical plane in said wash chamber; - means for causing said movements of oscillation and rotation of said three washing and rinsing assemblies , said means for causing comprising: - a control rod adapted to slide vertically in an alternate fashion on an inner sidewall of said wash chamber; - a cylinder for actuating said rod; - wherein a number of pins are secured at a constant pitch on the control rod, said pins being adapted to engage with circular sectors integral with each washing and rinsing assembly. - two loading levels in said wash chamber , each loading level comprising two shelves (5, ...8) arranged in symmetrical positions relative to the median longitudinal axis of said wash chamber; - supports for said shelves, said supports being located in symmetrical positions on both sidewalls of said wash chamber and allowing said shelves to be arranged at different tilting angles; - three washing and rinsing assemblies adapted to make movements of oscillation and rotation about a respective longitudinal axis in said wash chamber, said three assemblies being adapted to receive said washing liquid and rinsing liquid from said means for introducing washing liquid and rinsing liquid, and being interposed between said loading levels and lying in a symmetrical vertical plane in said wash chamber; - means for causing said movements of oscillation and rotation of said three washing and rinsing assemblies , said means for causing comprising: - a control rod adapted to slide vertically in an alternate fashion on an inner sidewall of said wash chamber; - a cylinder for actuating said rod; - wherein a number of pins are secured at a constant pitch on the control rod, said pins being adapted to engage with circular sectors integral with each washing and rinsing assembly.
A fall-prevention device for vertical lifelines characterized in that it comprises a body that accommodates different elements and parts of the device, the body having an ending extension whose end is arranged backwards, being J-shaped, defining a housing with an entrance for accommodating a cable , a cam being connected to and operated by the user of the device, that cam blocks and unblocks the cable against the ending extension depending on whether the user wishes to remain fixed to or to be pulled down along the cable , characterized in that it comprises: - a rotating gate situated alongside the ending extension which, in its working position closes the entrance , preventing the exit of the cable from inside the housing ; - a first blocking mechanism suitable for blocking the gate , including at least one outer end and one inner end , and - a second blocking mechanism acting by gravity, and wherein the inner end of the cam and the inner end of the first blocking mechanism , when in a working position, both blocks the gate and prevent the exit of the cable from inside the housing , and when in its resting position, the inner end and the inner end of the cam are displaced and unblock the gate , which, by rotation, allows the cable to exit from inside the housing . - a rotating gate situated alongside the ending extension which, in its working position closes the entrance , preventing the exit of the cable from inside the housing ; - a first blocking mechanism suitable for blocking the gate , including at least one outer end and one inner end , and - a second blocking mechanism acting by gravity,
A control unit comprising an application distribution unit adapted to automatically distribute processing components of an application over processing nodes of a distributed processing service platform, wherein the control unit is configured to determine whether a communication channel between two processing components traverses a boundary of a processing node , and, if it has been determined that the communication channel traverses a boundary of one of the processing nodes , determine whether an encoding and/or decoding of data to be transferred through the communication channel is required. determine whether a communication channel between two processing components traverses a boundary of a processing node , and, if it has been determined that the communication channel traverses a boundary of one of the processing nodes , determine whether an encoding and/or decoding of data to be transferred through the communication channel is required.
A satellite having a plurality of solid radiator panels, each of the radiator panel is a solid metallic skin, for radiating, to an external environment, heat that is generated by electronics contained in the satellite, wherein the satellite includes a passive thermal system , and wherein the passive thermal system comprises: at least one of the solid radiator panels ; and a plurality of structural heat pipes disposed and extending longitudinally on the at least one solid radiator panel , wherein each said plurality of structural heat pipes has a main body and a top portion extended away from the radiator panel , characterized in that each of said plurality of structural heat pipes has no more than two fins, each of which extends away from the radiator panel from a position proximal to the top portion of the main body of the structural heat pipe , wherein each said fin is a structural modification so as to increase the component of the area moment-of-inertia along an axis that is orthogonal to the plane of the solid radiator panel and wherein there are no other structural reinforcements disposed on the surface of the solid radiator panel . at least one of the solid radiator panels ; and a plurality of structural heat pipes disposed and extending longitudinally on the at least one solid radiator panel , wherein each said plurality of structural heat pipes has a main body and a top portion extended away from the radiator panel , characterized in that each of said plurality of structural heat pipes has no more than two fins, each of which extends away from the radiator panel from a position proximal to the top portion of the main body of the structural heat pipe , wherein each said fin is a structural modification so as to increase the component of the area moment-of-inertia along an axis that is orthogonal to the plane of the solid radiator panel and wherein there are no other structural reinforcements disposed on the surface of the solid radiator panel .
An electrode cathode comprising an electrode material and a photosensitive dye, wherein the cathode material is LiFePO 4 , LiCoO 2 , FeS 2 or V 2 O 5 .
Auxiliary unit transmission device of an engine having a drive shaft which can be operatively connected to a main shaft of the engine and having a plurality of auxiliary unit transmission shafts which are driven by the said drive shaft , can be coupled in each case to an auxiliary power unit (23 to 26) and are positioned next to one another in a manner which is distributed substantially in the circumferential direction of the engine , characterized in that at least one auxiliary power unit can be arranged releasably on an extension shaft of the drive shaft , wherein the extension shaft can be arranged coaxially with the drive shaft and can be releasably brought into an operative connection with it.
Aerosol separator for separating aerosols in a blow-by gas, comprising: at least one feed opening for feeding a blow-by gas provided with aerosols, an outlet opening for discharging a blow-by gas cleaned of aerosols, at least one outflow opening for releasing aerosols removed from the blow-by gas, and which is arranged between a flow path of the at least one feed opening and the outlet opening , and a plurality of projections for configuring the flow path running from the at least one feed opening to the outflow opening in a meandering manner, in order to decelerate the blow-by gas which enters the feed opening and which is provided with aerosols, in terms of its flow rate, wherein the projections in their end region , around which blow-by gas flows, have a portion with increasing projection width ; characterized in that the aerosol separator is inclined about the axis of its longitudinal extent, and the outflow opening or a plurality of outflow openings is and/or are arranged in a deeper region of the obliquely positioned aerosol separator , in order to promote an inflow of collected aerosols flowing on a bottom region, and/or at least one outflow opening is arranged downstream of the flow path which is shaped in a meandering manner and, alternatively or additionally, at least one outflow opening is arranged in one or more curves of the meandering flow path . at least one feed opening for feeding a blow-by gas provided with aerosols, an outlet opening for discharging a blow-by gas cleaned of aerosols, at least one outflow opening for releasing aerosols removed from the blow-by gas, and which is arranged between a flow path of the at least one feed opening and the outlet opening , and a plurality of projections for configuring the flow path running from the at least one feed opening to the outflow opening in a meandering manner, in order to decelerate the blow-by gas which enters the feed opening and which is provided with aerosols, in terms of its flow rate, wherein the projections in their end region , around which blow-by gas flows, have a portion with increasing projection width ; characterized in that the aerosol separator is inclined about the axis of its longitudinal extent, and the outflow opening or a plurality of outflow openings is and/or are arranged in a deeper region of the obliquely positioned aerosol separator , in order to promote an inflow of collected aerosols flowing on a bottom region, and/or at least one outflow opening is arranged downstream of the flow path which is shaped in a meandering manner and, alternatively or additionally, at least one outflow opening is arranged in one or more curves of the meandering flow path .
A user equipment, UE, configured for coverage enhanced, CE, machine type communication, MTC, the UE comprising: one or more processors configured to: encode, at the UE , a UE capability message for transmission to a base station , wherein the UE capability message includes a capability to support communication using a modulation and coding scheme, MCS, that includes 64 quadrature amplitude modulation, QAM; decode, at the UE , a higher layer signaling message to configure the UE to operate in a CE mode A; decode a 5-bit modulation and coding scheme, MCS, field in downlink control information, DCI, format 6-1A received in a MTC physical downlink control channel, MPDCCH, wherein the 5-bit MCS field includes a 4-bit MCS field plus a frequency hopping flag that is interpreted as a most significant bit of the 5-bit MCS field, when a number of repetitions indicated for the PDSCH transmission is 1, to enable a size of the DCI format 6-1A to remain unchanged; decode, at the UE , data received in a physical downlink shared channel, PDSCH, transmission to the UE that is modulated using a 64 QAM; and a memory interface configured to receive from a memory the UE capability message. encode, at the UE , a UE capability message for transmission to a base station , wherein the UE capability message includes a capability to support communication using a modulation and coding scheme, MCS, that includes 64 quadrature amplitude modulation, QAM; decode, at the UE , a higher layer signaling message to configure the UE to operate in a CE mode A; decode a 5-bit modulation and coding scheme, MCS, field in downlink control information, DCI, format 6-1A received in a MTC physical downlink control channel, MPDCCH, wherein the 5-bit MCS field includes a 4-bit MCS field plus a frequency hopping flag that is interpreted as a most significant bit of the 5-bit MCS field, when a number of repetitions indicated for the PDSCH transmission is 1, to enable a size of the DCI format 6-1A to remain unchanged; decode, at the UE , data received in a physical downlink shared channel, PDSCH, transmission to the UE that is modulated using a 64 QAM; and a memory interface configured to receive from a memory the UE capability message.