mhurhangee/ep-ind-claims huggingface dataset:
A carbon-based heating device or intermediate heating device, comprising: a planar array of CNT heater cells disposed in a layer; characterized by polymer-filled joints disposed between the CNT heater cells; wherein the joints have a roughness of no more than 50 μm, wherein the level of "roughness" means that optical profilometry does not show any steps of greater than 50 μm over a linear, horizontal, distance of 10 μm or less over the planar array. a planar array of CNT heater cells disposed in a layer; characterized by polymer-filled joints disposed between the CNT heater cells; wherein the joints have a roughness of no more than 50 μm, wherein the level of "roughness" means that optical profilometry does not show any steps of greater than 50 μm over a linear, horizontal, distance of 10 μm or less over the planar array.
A method for wireless communication performed by a user equipment, UE, comprising: receiving information associated with a channel state information, CSI, process, the information comprising an allocation of two or more interference measurement resources, IMRs, for the CSI process and a plurality of management configurations associated with one or both of channel measurement and CSI reporting for use of the two or more IMRs, wherein at least one of the plurality of management configurations is separately indicated for the two or more IMRs; and using the two or more IMRs in accordance with the plurality of management configurations to perform one or both of channel measurement and CSI reporting. receiving information associated with a channel state information, CSI, process, the information comprising an allocation of two or more interference measurement resources, IMRs, for the CSI process and a plurality of management configurations associated with one or both of channel measurement and CSI reporting for use of the two or more IMRs, wherein at least one of the plurality of management configurations is separately indicated for the two or more IMRs; and using the two or more IMRs in accordance with the plurality of management configurations to perform one or both of channel measurement and CSI reporting.
A thermal installation (10, 110) of a building, comprising: a first domestic heating water circuit; and a second water circuit for heating at least one domestic hot water tank; the first circuit comprising a plurality of domestic heating apparatuses (18, 19); and the second circuit comprising at least one heat exchanger (22, 122, 222) capable of transferring heat to the at least one domestic hot water tank (20, 120, 220); each of the first and second water circuits comprising: an inlet tank (30, 50), an outlet tank (32, 52) and at least one heat pump (34, 54), said at least one pump heat being disposed upstream of the inlet tank and downstream of the outlet tank; the inlet and outlet tanks of the first water circuit being arranged respectively upstream and downstream of the plurality of domestic heating apparatuses (18, 19); and the inlet and outlet tanks of the second water circuit being arranged respectively upstream and downstream of the at least one heat exchanger (22, 122, 222); the installation further comprising: a first hydraulic connection between the inlet tanks of the first and second circuits; a second hydraulic connection between the outlet tanks of the first and second circuits; and at least one device (74, 174) for controlling a hydraulic transfer between said first and second circuits; the installation being characterized in that the first hydraulic connection comprises a first and a second hydraulic arm, each of said arms extending between the inlet tanks (30,50) of the first and second circuits. each of the first and second water circuits comprising: an inlet tank (30, 50), an outlet tank (32, 52) and at least one heat pump (34, 54), said at least one pump heat being disposed upstream of the inlet tank and downstream of the outlet tank; the inlet and outlet tanks of the first water circuit being arranged respectively upstream and downstream of the plurality of domestic heating apparatuses (18, 19); and the inlet and outlet tanks of the second water circuit being arranged respectively upstream and downstream of the at least one heat exchanger (22, 122, 222); the installation further comprising: a first hydraulic connection between the inlet tanks of the first and second circuits; a second hydraulic connection between the outlet tanks of the first and second circuits; and at least one device (74, 174) for controlling a hydraulic transfer between said first and second circuits; the installation being characterized in that the first hydraulic connection comprises a first and a second hydraulic arm, each of said arms extending between the inlet tanks (30,50) of the first and second circuits.
Receiving device for at least one bottle or cup container in a vehicle interior compartment, with a receiving region and with a holding frame which is mounted to be liftable relative to the receiving region, and with a cover which is articulated on the receiving region for closing and opening up the receiving region, wherein the cover and the holding frame are coupled to each other over at least part of their movement paths by means of a positive guide, wherein the positive guide has a control mechanism (S, S') which is mounted on the receiving region (3b, 3c) and is coupled to the cover (5b, 5c) and to the holding frame (4b, 4c) so as to transmit movement, wherein for an extended functional position of the holding frame (4b, 4c) a blocking device is provided, wherein a guide mechanism for the liftable shifting of the holding frame (4b, 4c) relative to the receiving region (3b, 3c) is provided, and wherein the guide mechanism comprises, at an upper end region, a transverse guide which is limited to a short path and transversely shifts the holding frame (4b, 4c), after the latter has reached an upper end position, away from the cover (5b, 5c).
A method for execution by a device management service, comprising: receiving a request from a client device to access a remote computing device, the request including a device identifier associated with the remote computing device; identifying an instance of a proxy device associated with the device identifier; configuring the instance of the proxy device to accept connections from the remote computing device using first credential information; configuring the remote computing device to access the instance of the proxy device using second credential information; causing the remote computing device to access the instance of the proxy device; and sending, to the client device, access information for the instance of the proxy device. receiving a request from a client device to access a remote computing device, the request including a device identifier associated with the remote computing device; identifying an instance of a proxy device associated with the device identifier; configuring the instance of the proxy device to accept connections from the remote computing device using first credential information; configuring the remote computing device to access the instance of the proxy device using second credential information; causing the remote computing device to access the instance of the proxy device; and sending, to the client device, access information for the instance of the proxy device.
Sliding door for vehicles, comprising - at least one door leaf by means of which the sliding door can be opened and closed and which has a main closing edge and, opposite thereto, a secondary closing edge, - a guide rail for guiding the at least one door leaf, which guide rail has at least one end side and two longitudinal sides, wherein the sliding door comprises a sealing element which extends along at least one part of the secondary closing edge of the door leaf, characterized in that the sealing element extends beyond a first end of the secondary closing edge in the direction of the guide rail and is designed in such a way that, in a closed state of the sliding door, it seals the guide rail in a substantially air-tight manner in the region of its at least one end side, wherein, in the closed state of the sliding door, the sealing element bears on the end side of the guide rail. - at least one door leaf by means of which the sliding door can be opened and closed and which has a main closing edge and, opposite thereto, a secondary closing edge, - a guide rail for guiding the at least one door leaf, which guide rail has at least one end side and two longitudinal sides,
Method for cleaning a rotatably mounted processing roller of a processing tool with a cleaning device, wherein the processing roller is moved towards a brush roller that is set in rotation by means of a drive device of the cleaning device until a section of the outer circumference of the processing roller rests against a section of the outer circumference of the brush roller, characterised in that the processing roller is moved towards the brush roller in such a way that, when the outer circumference of the processing roller is in contact with the outer circumference of the brush roller, a roller axis of the processing roller and a roller axis of the brush roller are aligned askew to one another.
A chamber machine for packaging products in at least one bag, said chamber machine comprising at least one gas nozzle, wherein the chamber machine comprises a monitoring device configured for detecting the presence of a bag neck of the bag over the gas nozzle, characterized in that the monitoring device comprises two sensing fingers (12, 13) for each gas nozzle, said sensing fingers (12, 13) being movable relative to the gas nozzle and relative to one another.
A solder paste comprising: a flux for solder paste for forming a solder paste by being mixed with solder powder, and a solder powder, the flux for solder paste comprising: at least one of an amine compound containing at least one acetylated amino group and an amino acid compound containing at least one acetylated amino group, as an activator, the solder past being characterized in that the amine compound is at least one selected from N-acetylimidazole, N-acetylphthalimide, and tetraacetylethylenediamine, the amino acid compound is at least one selected from N-acetylglycine, N-acetylleucine, and N-acetylphenylglycine, and the solder powder is a powder of solder alloys of at least one selected from Sn-Ag solders, Sn-Ag-Cu solders, Sn-Ag-Cu-Bi solders, Sn-Ag-In-Bi solders, Sn-Cu solders, Sn-Zn solders, and Sn-Bi solders. at least one of an amine compound containing at least one acetylated amino group and an amino acid compound containing at least one acetylated amino group, as an activator, the solder past being characterized in that the amine compound is at least one selected from N-acetylimidazole, N-acetylphthalimide, and tetraacetylethylenediamine, the amino acid compound is at least one selected from N-acetylglycine, N-acetylleucine, and N-acetylphenylglycine, and the solder powder is a powder of solder alloys of at least one selected from Sn-Ag solders, Sn-Ag-Cu solders, Sn-Ag-Cu-Bi solders, Sn-Ag-In-Bi solders, Sn-Cu solders, Sn-Zn solders, and Sn-Bi solders.
A paste-like zinc-free preparation for forming a semirigid dressing comprising the following formulation: - 30-70% by weight of water - 1-10% by weight of gelling agent - 10-40% by weight of glycerol or polyhydric alcohols, especially propylene glycol or sorbitol - 0-30% by weight of oil - 0,2-5% by weight of water-soluble salts - 0,2-2% by weight of rheological fillers - 1-5% by weight of adsorbent fillers. - 30-70% by weight of water - 1-10% by weight of gelling agent - 10-40% by weight of glycerol or polyhydric alcohols, especially propylene glycol or sorbitol - 0-30% by weight of oil - 0,2-5% by weight of water-soluble salts - 0,2-2% by weight of rheological fillers - 1-5% by weight of adsorbent fillers.
Self-referenced random access memory (MRAM) element, comprising: a magnetic tunnel junction having a junction resistance comprising: a storage layer having a storage magnetization that is pinned along a first direction when the magnetic tunnel junction is at a low temperature threshold; a sense layer having a sense magnetization; and a tunnel barrier layer included between the storage layer and the sense layer; the magnetic tunnel junction having a magnetoresistance corresponding to the difference between a high junction resistance value (R max) where the sense magnetization is antiparallel to the storage magnetization, and a low junction resistance value (R min) where the sense magnetization is parallel to the storage magnetization; the MRAM element further comprising: an aligning device (20, 5, 52) arranged for providing the sense magnetization with a magnetic anisotropy along a second direction that is substantially perpendicular to the first direction; and a first current line for providing a first read magnetic field adapted to adjust the sense magnetization about the second direction such as to vary the junction resistance within a range smaller than the magnetoresistance; characterized in that said aligning device (20, 5, 52) is further arranged such that the junction resistance varies linearly within the range being at least about 20% of the magnetoresistance. a magnetic tunnel junction having a junction resistance comprising: a storage layer having a storage magnetization that is pinned along a first direction when the magnetic tunnel junction is at a low temperature threshold; a sense layer having a sense magnetization; and a tunnel barrier layer included between the storage layer and the sense layer; the magnetic tunnel junction having a magnetoresistance corresponding to the difference between a high junction resistance value (R max) where the sense magnetization is antiparallel to the storage magnetization, and a low junction resistance value (R min) where the sense magnetization is parallel to the storage magnetization; a storage layer having a storage magnetization that is pinned along a first direction when the magnetic tunnel junction is at a low temperature threshold; a sense layer having a sense magnetization; and a tunnel barrier layer included between the storage layer and the sense layer; the magnetic tunnel junction having a magnetoresistance corresponding to the difference between a high junction resistance value (R max) where the sense magnetization is antiparallel to the storage magnetization, and a low junction resistance value (R min) where the sense magnetization is parallel to the storage magnetization; an aligning device (20, 5, 52) arranged for providing the sense magnetization with a magnetic anisotropy along a second direction that is substantially perpendicular to the first direction; and a first current line for providing a first read magnetic field adapted to adjust the sense magnetization about the second direction such as to vary the junction resistance within a range smaller than the magnetoresistance;
A syringe package (10A to 10F) provided with a prefilled syringe system that includes a prefilled syringe including a syringe body which is filled with a drug in advance the syringe package (10A to 10F) comprising: a package body (12, 150, 220) that houses the prefilled syringe; and a support (14, 90, 152, 222, 370) disposed inside the package body (12, 150, 220) and configured to support the prefilled syringe, wherein the support (14, 90, 152, 222, 370) includes a displacement regulation unit (36, 106, 193, 266, 375) configured to regulate relative displacement of the syringe body and the plunger in a direction in which the gasket and the plunger approach each other and that within the syringe body the gasket and the plunger are not connected to each other when the syringe package (10A to 10F) is not in use, the gasket and the plunger are spaced from each other, and the plunger has a base end portion provided with a plunger flange, and the displacement regulation unit (36, 106, 193, 266, 375) is disposed between the syringe body and the plunger flange. a package body (12, 150, 220) that houses the prefilled syringe; and a support (14, 90, 152, 222, 370) disposed inside the package body (12, 150, 220) and configured to support the prefilled syringe, wherein the support (14, 90, 152, 222, 370) includes a displacement regulation unit (36, 106, 193, 266, 375) configured to regulate relative displacement of the syringe body and the plunger in a direction in which the gasket and the plunger approach each other and that within the syringe body the gasket and the plunger are not connected to each other when the syringe package (10A to 10F) is not in use, the gasket and the plunger are spaced from each other, and the plunger has a base end portion provided with a plunger flange, and the displacement regulation unit (36, 106, 193, 266, 375) is disposed between the syringe body and the plunger flange.
A tool for producing a clamping and/or spreading force, particularly a collet, with: - a push or a pull rod, - a stationary bracket, - a carrier attached to the stationary bracket, on which the push or pull rod is movable mounted, - a movable bracket attached to the push or pull rod and - a step transmission, which is designed to stepwisely shift the push or pull rod in an advance direction and comprises an actuating lever as well as a carrier, over which the actuating lever is engageable with the push or pull rod in accordance with the leverage, wherein the actuating lever is coupled to the carrier by means of a coupling element securing a stationary force transmission, characterized through a decoupling device to disconnect the carrier and the actuating lever. - a push or a pull rod, - a stationary bracket, - a carrier attached to the stationary bracket, on which the push or pull rod is movable mounted, - a movable bracket attached to the push or pull rod and - a step transmission, which is designed to stepwisely shift the push or pull rod in an advance direction and comprises an actuating lever as well as a carrier, over which the actuating lever is engageable with the push or pull rod in accordance with the leverage, wherein the actuating lever is coupled to the carrier by means of a coupling element securing a stationary force transmission, characterized through a decoupling device to disconnect the carrier and the actuating lever.
A method of creating semiconductor nanostructures, comprising the steps of: (a) providing a template material comprising a layer of semiconductor material and a substrate; (b) creating a mask on top of the template material; and (c) using the mask to form at least one nanostructure in the template material, the nanostructures being formed by etching the template material, wherein step (b) includes depositing a layer of dielectric material onto the template material, and wherein a layer of metal is applied onto the layer of dielectric material. (a) providing a template material comprising a layer of semiconductor material and a substrate; (b) creating a mask on top of the template material; and (c) using the mask to form at least one nanostructure in the template material, the nanostructures being formed by etching the template material,
A fluid dispenser, comprising a body, a fluid reservoir, a dispenser member, such as a pump or a valve, mounted on said reservoir, and a dose indicator device for indicating the number of doses of fluid that have been dispensed or that remain to be dispensed from said reservoir, said dose indicator device including a first safety system for actuating the dose indicator device once the dispenser has performed a predetermined incomplete actuation stroke, even if the dispenser does not perform the complete actuation stroke, said reservoir being axially displaceable relative to said body, said body including at least one stationary gear (110, 120), said dose indicator device including a counter element that is displaceable axially and in rotation relative to said body, said counter element co-operating while the dispenser is being actuated firstly with said at least one stationary gear (110, 120) of said body and secondly with said reservoir, said body includes a stationary gear co-operating with a first gear of said counter element, characterized in that said counter element includes a second gear co-operating with an actuator gear of an actuator member of the dispenser, the teeth of said second gear and/or of said actuator gear being made so that axial displacement of the actuator member causes said counter element to be displaced axially and in rotation, the stationary gear preventing said counter element from turning until said counter element no longer co-operates with said stationary gear, after a predetermined axial displacement of said counter element corresponding to said predetermined incomplete actuation stroke of the dispenser.
A self-adhesive ambulatory phototherapy treatment device for therapeutic and/or cosmetic treatments, wherein the device comprises: a treatment head comprising at least one LED light source, a battery and control electronics, a double-sided self-adhesive layer which is capable of attaching itself to a patient to be treated, the self-adhesive layer located over the at least one LED source and being substantially transparent to wavelength of light used for the phototherapy treatment; and a flexible cuff extending around the treatment head to contain the light and prevent light leakage during application of light to a patient's skin area. a treatment head comprising at least one LED light source, a battery and control electronics, a double-sided self-adhesive layer which is capable of attaching itself to a patient to be treated, the self-adhesive layer located over the at least one LED source and being substantially transparent to wavelength of light used for the phototherapy treatment; and a flexible cuff extending around the treatment head to contain the light and prevent light leakage during application of light to a patient's skin area.
A shape memory polymer footwear last system comprising a dynamic shape memory polymer footwear last-pre-form (110, 200, 430, 710) of a first size, the pre-form comprising: (a) an interior surface and an exterior surface; (b) an internal volume defined by the interior surface; (c) an opening (130, 230) passing from the exterior surface to the internal volume; a heat source for heating the dynamic SMP footwear last-pre-form (110, 200, 430, 710) above a threshold temperature; a first mold (300, 400) comprising a first cavity, the first cavity having a second size corresponding to a first footwear last (150, 810), wherein the first size of the dynamic SMP footwear last-pre-form (110, 200, 430, 710) is less than the second size of the first footwear last (150, 810); and a cooling source for cooling the first footwear last (150, 810).