mhurhangee/patent-ind-claim-en huggingface dataset:
Compressible pillar for the preparation of a vacuum insulated glazing (VIG) unit , having a longitudinal extent (L0) in the pre-compressed state and comprising a deformable part having an open structure, which open structure will at least partially collapse when the pillar is subject to a compression force (F) acting in the longitudinal direction of the pillar, so that the pillar will exhibit a deformation causing a reduction (ΔL, red) in the longitudinal extent of the pillar when the pillar is subjected to said compression force (F), the compression force being of at least one value selected within the range of 60 N to 320 N such as a value of the compression force being selected from the range of 60 N to 140 N, from the range of 140 N to 230 N, or from the range of 230 N to 320 N, the pillar comprises a first end structure and a second end structure having a first and a second substantially plane end surface , respectively, for abutting with the glass panes of the VIG-unit , which end surfaces extend substantially in parallel, wherein the deformable part of the pillar connects the first end structure and the second end structure , and wherein the pillar is formed with a substantially uniform cross-section in parallel planes perpendicular to the first and the second end surfaces, and characterized in that the first end structure , the second end structure and the deformable part form a cross-section in said parallel planes of essentially the shape of a capital sigma (Σ). the pillar comprises a first end structure and a second end structure having a first and a second substantially plane end surface , respectively, for abutting with the glass panes of the VIG-unit , which end surfaces extend substantially in parallel, wherein the deformable part of the pillar connects the first end structure and the second end structure , and wherein the pillar is formed with a substantially uniform cross-section in parallel planes perpendicular to the first and the second end surfaces, and characterized in that the first end structure , the second end structure and the deformable part form a cross-section in said parallel planes of essentially the shape of a capital sigma (Σ).
A container made of plastic, in particular a waste water container, with an upper container part and a lower container part and at least one clamping device connecting the two container parts to one another in a sealing manner, and comprising a clamping bracket with a first leg and a second leg , characterized in that a circumferential L section projecting from the container wall of the one container part penetrates into a circumferential U section of the other container part associated thereto, and that an end of the first leg of the clamping bracket encompasses the underside of the L section of the one container part and an end of the second leg of the clamping bracket encompasses the U section of the other container part , the container having a receiving volume of 2000 to 10000 I.
A composite metal oxide material, comprising: a central core, in which the central core material has a chemical formula of Li 5 Fe x M 1-x O 4 , 0.6≤x<1; and a coating layer on the surface of the central core, in which the coating layer material has a chemical formula of LiMO 2 ; wherein M is one or more metal elements with +3 valence, and an absolute value of the difference between +3-valence ion radius of Fe and +3-valence ion radius of M is ≤0.02nm. a central core, in which the central core material has a chemical formula of Li 5 Fe x M 1-x O 4 , 0.6≤x<1; and a coating layer on the surface of the central core, in which the coating layer material has a chemical formula of LiMO 2 ; wherein M is one or more metal elements with +3 valence, and an absolute value of the difference between +3-valence ion radius of Fe and +3-valence ion radius of M is ≤0.02nm.
An electrical waffle making device having a base that is connected to an upper housing with a hinge mechanism , the upper housing having a handle and an upper cooking plate , the base supporting a lower cooking plate , the upper and lower cooking plates forming a cavity when brought together, wherein: the lower cooking plate includes an outer rim formed by a shoulder and a continuous peripheral moat that is adjacent to and surrounds the outer rim of the lower cooking plate , the peripheral moat being adapted to contain excess batter flowing over the outer rim ; wherein the peripheral moat is formed adjacent to where the upper and lower cooking plates meet when brought together; the upper cooking plate has a rim that is configured to contact the shoulder of the lower cooking plate when the upper and lower plates are brought together so as to increase contact pressure between respective edges of the cooking plates when brought together; the peripheral moat is sized such that it remains exposed and uncovered by the upper housing when the upper and lower cooking plates are brought together; and the hinge mechanism is adapted to allow the upper housing to float, essentially in parallel with the base . the lower cooking plate includes an outer rim formed by a shoulder and a continuous peripheral moat that is adjacent to and surrounds the outer rim of the lower cooking plate , the peripheral moat being adapted to contain excess batter flowing over the outer rim ; wherein the peripheral moat is formed adjacent to where the upper and lower cooking plates meet when brought together; the upper cooking plate has a rim that is configured to contact the shoulder of the lower cooking plate when the upper and lower plates are brought together so as to increase contact pressure between respective edges of the cooking plates when brought together; the peripheral moat is sized such that it remains exposed and uncovered by the upper housing when the upper and lower cooking plates are brought together; and the hinge mechanism is adapted to allow the upper housing to float, essentially in parallel with the base .
A safety device for a machine, comprising - a light curtain , - a first sensor device and a second sensor device as well as - a control device for providing a start signal for the machine and for providing a stop signal for the machine, characterized by - a first and a second reflection device , which are each formed for reflecting light of the light curtain , - a first identification element integrated in the first reflection device and a second identification element integrated in the second reflection device , and in that - the first sensor device is configured for reading first identification information of the first identification element out of the first reflection device , - the second sensor device is configured for reading second identification information of the second identification element out of the second reflection device , and - the control device is configured for providing the start signal for the machine only if the first sensor device reads out the first identification information and the second sensor device reads out the second identification information at the same time, as well as for providing the stop signal for the machine as soon as the light curtain detects its light reflected by one of the reflection devices . - a light curtain , - a first sensor device and a second sensor device as well as - a control device for providing a start signal for the machine and for providing a stop signal for the machine, characterized by - a first and a second reflection device , which are each formed for reflecting light of the light curtain , - a first identification element integrated in the first reflection device and a second identification element integrated in the second reflection device , and in that - the first sensor device is configured for reading first identification information of the first identification element out of the first reflection device , - the second sensor device is configured for reading second identification information of the second identification element out of the second reflection device , and - the control device is configured for providing the start signal for the machine only if the first sensor device reads out the first identification information and the second sensor device reads out the second identification information at the same time, as well as for providing the stop signal for the machine as soon as the light curtain detects its light reflected by one of the reflection devices .
An elongate device with a bendable distal end, comprising: an elongate body having a distal portion , a proximal portion and a lumen ; a pull-wire located within the lumen , extending from the distal portion to the proximal portion and fixedly attached to the distal portion eccentrically with respect to an axis of the elongate body ; a hollow grip structure connected to the proximal portion of the elongate body ; characterized in that it further comprises: a rigid elongate member fixedly attached to a distal portion of the grip structure and forming a pathway for the pull-wire , wherein the pull-wire extends proximally from the rigid elongate member and is fixedly attached to a wall of the grip structure , wherein the rigid elongate member is configured for angular displacement within the hollow grip structure with respect to the distal portion of the grip structure ; a control organ for influencing the angular displacement of the rigid elongate member . an elongate body having a distal portion , a proximal portion and a lumen ; a pull-wire located within the lumen , extending from the distal portion to the proximal portion and fixedly attached to the distal portion eccentrically with respect to an axis of the elongate body ; a hollow grip structure connected to the proximal portion of the elongate body ; characterized in that it further comprises: a rigid elongate member fixedly attached to a distal portion of the grip structure and forming a pathway for the pull-wire , wherein the pull-wire extends proximally from the rigid elongate member and is fixedly attached to a wall of the grip structure , wherein the rigid elongate member is configured for angular displacement within the hollow grip structure with respect to the distal portion of the grip structure ; a control organ for influencing the angular displacement of the rigid elongate member . a rigid elongate member fixedly attached to a distal portion of the grip structure and forming a pathway for the pull-wire , wherein the pull-wire extends proximally from the rigid elongate member and is fixedly attached to a wall of the grip structure , wherein the rigid elongate member is configured for angular displacement within the hollow grip structure with respect to the distal portion of the grip structure ; a control organ for influencing the angular displacement of the rigid elongate member .
A method for transmission, applied to a User Equipment, UE, comprising: when the UE performs inter-frequency measurements without measurement gap, performing at least one of: when a cell of the inter-frequency measurements is synchronous with a serving cell, the UE being not expected to transmit on a first symbol; or when the cell of the inter-frequency measurements is not synchronous with the serving cell, the UE being not expected to transmit within a measurement window; wherein the first symbol comprises one or more items of: symbols to be measured, one or more symbols before the symbols to be measured, or one or more symbols after the symbols to be measured; and characterized by : wherein the cell of the inter-frequency measurements being synchronous with the serving cell represents one or more of: a sub-frame boundary across the serving cell and inter-frequency neighbor cells is aligned; a System Frame Number, SFN, across the serving cell and the inter-frequency neighbor cells is aligned; the UE can utilize a serving cell timing to derive a SSB index of inter-frequency neighbor cell; or timings of SSBs across the serving cell and the inter-frequency cells are aligned. when a cell of the inter-frequency measurements is synchronous with a serving cell, the UE being not expected to transmit on a first symbol; or when the cell of the inter-frequency measurements is not synchronous with the serving cell, the UE being not expected to transmit within a measurement window; wherein the first symbol comprises one or more items of: symbols to be measured, one or more symbols before the symbols to be measured, or one or more symbols after the symbols to be measured; and characterized by : wherein the cell of the inter-frequency measurements being synchronous with the serving cell represents one or more of: a sub-frame boundary across the serving cell and inter-frequency neighbor cells is aligned; a System Frame Number, SFN, across the serving cell and the inter-frequency neighbor cells is aligned; the UE can utilize a serving cell timing to derive a SSB index of inter-frequency neighbor cell; or timings of SSBs across the serving cell and the inter-frequency cells are aligned. a sub-frame boundary across the serving cell and inter-frequency neighbor cells is aligned; a System Frame Number, SFN, across the serving cell and the inter-frequency neighbor cells is aligned; the UE can utilize a serving cell timing to derive a SSB index of inter-frequency neighbor cell; or timings of SSBs across the serving cell and the inter-frequency cells are aligned.
A method of determining at least one property of a porous medium, the method comprising: performing a first measurement on a sample of the porous medium obtaining an optical path length through pores of the porous medium using a first optical sensor utilizing a first optical technology; performing a second measurement on the sample of the porous medium obtaining a total optical path length through the porous medium using a second optical sensor utilizing a second optical technology different from the first optical technology; and calculating an optical porosity of the porous medium based on the optical path length through the pores and the total optical path length through the porous medium; characterized by performing the first measurement and the second measurement sequentially on the sample and on the same position on the sample by moving the sample automatically between the first optical sensor and the second optical sensor whereby an illumination of the sample and detection is performed using the same optical geometry for both the first and the second measurement. performing a first measurement on a sample of the porous medium obtaining an optical path length through pores of the porous medium using a first optical sensor utilizing a first optical technology; performing a second measurement on the sample of the porous medium obtaining a total optical path length through the porous medium using a second optical sensor utilizing a second optical technology different from the first optical technology; and calculating an optical porosity of the porous medium based on the optical path length through the pores and the total optical path length through the porous medium; characterized by performing the first measurement and the second measurement sequentially on the sample and on the same position on the sample by moving the sample automatically between the first optical sensor and the second optical sensor whereby an illumination of the sample and detection is performed using the same optical geometry for both the first and the second measurement.
Thrust reverser for an aircraft propulsion assembly , this reverser comprising a fixed internal structure , a mobile external structure and at least one blocking flap , this reverser being configured to be placed in: - a full thrust configuration wherein the mobile external structure is in a closing position and the at least one blocking flap is in a retracted position so as to channel a fluid flow in a conduit delimited radially inwards by the fixed internal structure and radially outwards by the mobile external structure , - a thrust reversal configuration wherein the mobile external structure is in an opening position freeing a radial opening, and wherein the at least one blocking flap is in a deployed position so as to deflect a portion of said fluid flow towards said radial opening, this reverser comprising an actuation mechanism configured to move the at least one blocking flap between the retracted position and a partially deployed position when the mobile external structure is in the closing position, so as to switch the reverser respectively between said full thrust configuration and a reduced thrust configuration, the actuation mechanism comprising at least one tie rod and a driving member of the at least one tie rod , the driving member being movable between an idle position and an active position, the at least one tie rod being connected at a first end to the at least one blocking flap and at a second end to the driving member such that the movement of the driving member between the idle position and the active position induces a movement of the at least one blocking flap respectively between the retracted position and the partially deployed position, characterised in that the movement of the driving member between the idle position and the active position comprises a rotation movement of the driving member about a longitudinal axis (A1) of the reverser . - a full thrust configuration wherein the mobile external structure is in a closing position and the at least one blocking flap is in a retracted position so as to channel a fluid flow in a conduit delimited radially inwards by the fixed internal structure and radially outwards by the mobile external structure , - a thrust reversal configuration wherein the mobile external structure is in an opening position freeing a radial opening, and wherein the at least one blocking flap is in a deployed position so as to deflect a portion of said fluid flow towards said radial opening,
A thread forming tap comprising a hard film disposed as coating on a surface of a tool parent material by a sputtering method, characterized in that the thread forming tap includes a plurality of dome-shaped protrusions formed on the surface of the hard film disposed as coating on an advancing-side flank surface , wherein the protrusions have a maximum radius thereof within a range from 0.1 μm to 2.0 μm, a center distance of the protrusions adjacent to each other is within a range from 0.2 μm to 3.0 μm,and the protrusions are not formed on a root , a crest , and a following-side flank surface . characterized in that the thread forming tap includes a plurality of dome-shaped protrusions formed on the surface of the hard film disposed as coating on an advancing-side flank surface , wherein the protrusions have a maximum radius thereof within a range from 0.1 μm to 2.0 μm, a center distance of the protrusions adjacent to each other is within a range from 0.2 μm to 3.0 μm,and the protrusions are not formed on a root , a crest , and a following-side flank surface .
A rectangular wire having: a multilayer conductor member constructed by stacking, in a thickness direction, a rectangular metallic conductor that has a layer of a first thermoplastic resin formed on the outer periphery thereof, the first thermoplastic resin being a non-crystalline resin having no melting point or a crystalline resin having an amide bond; or a multilayer conductor member constructed by stacking a rectangular basic wire obtained by forming a layer of a first thermoplastic resin only on one side of a rectangular metallic conductor , on the side of the formed layer of the first thermoplastic resin , the first thermoplastic resin being a non-crystalline resin having no melting point or a crystalline resin having an amide bond;and a layer of a second thermoplastic resin having a melting point of 300°C or more on the outer periphery of the multilayer conductor member ; wherein the first thermoplastic resin is a resin selected from the group consisting of a polyetherimide, a polyphenylsulfone, a polyethersulfone, a polyamide 66, a polyamide 46, and a polyamide 6; and wherein the total number of stacking the rectangular metallic conductors in the thickness direction is 2 or more and 6 or less; and wherein a thickness of a baked coat layer formed by bake-coating the first thermoplastic resin is 0.5 μm or more and 50 μm or less. a multilayer conductor member constructed by stacking, in a thickness direction, a rectangular metallic conductor that has a layer of a first thermoplastic resin formed on the outer periphery thereof, the first thermoplastic resin being a non-crystalline resin having no melting point or a crystalline resin having an amide bond; or a multilayer conductor member constructed by stacking a rectangular basic wire obtained by forming a layer of a first thermoplastic resin only on one side of a rectangular metallic conductor , on the side of the formed layer of the first thermoplastic resin , the first thermoplastic resin being a non-crystalline resin having no melting point or a crystalline resin having an amide bond;and a layer of a second thermoplastic resin having a melting point of 300°C or more on the outer periphery of the multilayer conductor member ; wherein the first thermoplastic resin is a resin selected from the group consisting of a polyetherimide, a polyphenylsulfone, a polyethersulfone, a polyamide 66, a polyamide 46, and a polyamide 6; and wherein the total number of stacking the rectangular metallic conductors in the thickness direction is 2 or more and 6 or less; and wherein a thickness of a baked coat layer formed by bake-coating the first thermoplastic resin is 0.5 μm or more and 50 μm or less.
Electric motor vehicle coolant pump comprising a housing having a pump unit and a motor unit , the pump unit having an inlet and an outlet nozzle , the motor unit having a motor rotor and a motor stator , the motor rotor having an impeller member with blade elements of the pump unit , with axially and radially acting bearing means (22, 28; 18, 34) being provided for the motor rotor , a thrust washer arrangement for the impeller member being provided in the inlet nozzle , the thrust washer arrangement having a thrust element directed towards the impeller element and a damping element facing away from the impeller element , the thrust washer arrangement being designed as an axial bearing, the thrust element being made of steel, sintered metal or ceramic, preferably stainless steel, and the damping element being made of rubber, the thrust washer arrangement being arranged in the inlet nozzle in a form-fitting, bonded and/or force-fitting manner, characterized in that the thrust element and the damping element each have a C-shaped radial cross section, such that the thrust element engages in the damping element and the damping element is pressed into the inlet nozzle .