mhurhangee/patent-ind-claim-en huggingface dataset:
A deformable fingerprint recognition device characterized by comprising: a fingerprint sensor (F10) configured to be deformable in shape; and a strain sensor (S10, S11) disposed on the fingerprint sensor and configured to measure a deformation distribution of the fingerprint sensor, wherein the deformable fingerprint recognition device is configured to correct a fingerprint detection of the fingerprint sensor to a non-deformed state based on the curvature of the deformation of the fingerprint sensor based on the deformation distribution and to recognize a fingerprint based on the corrected fingerprint detection. a fingerprint sensor (F10) configured to be deformable in shape; and a strain sensor (S10, S11) disposed on the fingerprint sensor and configured to measure a deformation distribution of the fingerprint sensor, wherein the deformable fingerprint recognition device is configured to correct a fingerprint detection of the fingerprint sensor to a non-deformed state based on the curvature of the deformation of the fingerprint sensor based on the deformation distribution and to recognize a fingerprint based on the corrected fingerprint detection.
A shock absorbing material partially or fully formed from a crosslinked foam formed by crosslinking and foaming a polymer composition, characterised in that the crosslinked foam has a value obtained by subtracting the content ratio of S phase determined by pulsed NMR measurement at 40°C from the content ratio of S phase determined by pulsed NMR measurement at 20°C being 0.10 or more.
A method for grouping preferably empty oblong products in the form of cans, tubes or cartridges, the products being delivered by a delivering conveyor , preferably from a production line for producing the products , and placed on a conveyor belt and conveyed by the conveyor belt at a conveying speed along a conveying section (S) in a conveying direction (F), a group of products (P) comprising several of the products being simultaneously transferred from the conveyor belt into receiving means by transfer means , the transfer means being displaced towards the receiving means in a transfer direction (T) at an angle, in particular perpendicular to the conveying direction (F) while moving with the group of products (P) in the conveying direction (F) in order to transfer the products , and the receiving means being displaced perpendicular to the conveying direction (F) and perpendicular to the transfer direction (T) after each transfer of a group of products (P) or after the transfer of multiple groups of products (P) so as to be able to receive the next group of products (P) above or below the groups of products (P) already transferred, characterized in that during the transfer of the group of products (P), both the receiving means and the transfer means are displaced along the conveying section (S) in the conveying direction (F), in particular synchronously with the conveyor belt and with the group of products (P) to be transferred conveyed thereon, and, once the transfer is complete, are displaced along the conveying section (S) against the conveying direction (F) in order to transfer another group of products (P') into the receiving means , and that the receiving means are displaced by means of a robot arm in a reciprocating manner along the conveying direction and perpendicular thereto or, alternatively, along two displacement axes disposed at an angle to each other by two superimposed translational movements oriented at an angle to each other and each taking place along one of the displacement axes.
A road marking, comprising: bristles extending above a road surface level ; and a first adhesive for the bristles , arranged to a cavity formed below the road surface level ; characterized in that : the cavity comprises a recess surrounding the bristles at an outer perimeter, allowing the bristles to bend into the recess below the road surface level . bristles extending above a road surface level ; and a first adhesive for the bristles , arranged to a cavity formed below the road surface level ; characterized in that : the cavity comprises a recess surrounding the bristles at an outer perimeter, allowing the bristles to bend into the recess below the road surface level .
A mixed-drink set for preparing a mixed drink, comprising: - a disposable packaging , - at least one first container for a first mixing component, - at least one second container for a second mixing component, and - at least one drinking vessel , said at least one first container , said at least one second container and said at least one drinking vessel being packed in said disposable packaging and said disposable packaging having an openable filling opening through which ice for cooling said at least one first container and said at least one second container can be filled into the disposable packaging . - a disposable packaging , - at least one first container for a first mixing component, - at least one second container for a second mixing component, and - at least one drinking vessel ,
An apparatus comprising: at least one processor; and at least one memory including computer program code for one or more programs, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following: storing a list of contact entries in an internal storage of the apparatus or an external storage of the apparatus; receiving a location information access request for the apparatus, wherein the location information access request comprises an identifier corresponding to the at least one contact entry stored in the list of contact entries; retrieving a privacy profile associated with the at least one stored contact entry matching the identifier; and transmitting location information of the apparatus to the at least one contact entry when the privacy profile indicates that sharing of location information is allowed for the contact entry. at least one processor; and at least one memory including computer program code for one or more programs, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following: storing a list of contact entries in an internal storage of the apparatus or an external storage of the apparatus; receiving a location information access request for the apparatus, wherein the location information access request comprises an identifier corresponding to the at least one contact entry stored in the list of contact entries; retrieving a privacy profile associated with the at least one stored contact entry matching the identifier; and transmitting location information of the apparatus to the at least one contact entry when the privacy profile indicates that sharing of location information is allowed for the contact entry. storing a list of contact entries in an internal storage of the apparatus or an external storage of the apparatus; receiving a location information access request for the apparatus, wherein the location information access request comprises an identifier corresponding to the at least one contact entry stored in the list of contact entries; retrieving a privacy profile associated with the at least one stored contact entry matching the identifier; and transmitting location information of the apparatus to the at least one contact entry when the privacy profile indicates that sharing of location information is allowed for the contact entry.
A scanning transmission electron microscope comprising an electron beam source to generate a primary electron beam, at least one condenser lens , a scanning deflection system for shifting said primary electron beam over the sample, an objective lens , a sample holder to hold a sample in the path of the primary electron beam, at least one projection lens and at least one detector to detect scattered transmitted electrons characterized in that the scanning transmission electron microscope further comprises a precession deflection system located between the beam source and the sample holder .
Device for detecting a wheel moving along a rail , with at least one permanent magnet which can be attached in the region of the rail such that the permanent magnet is mechanically deformed by the passing movement of the wheel , and with at least one sensor device which is embodied to ascertain the mechanical deformation to the permanent magnet . with at least one permanent magnet which can be attached in the region of the rail such that the permanent magnet is mechanically deformed by the passing movement of the wheel , and with at least one sensor device which is embodied to ascertain the mechanical deformation to the permanent magnet .
Fluidic device for supplying a fluid of interest, comprising: ∘ a fluidic line for circulation of the fluid of interest, having an inlet intended to receive the fluid of interest at an upstream pressure P in ; ∘ a regulator , disposed on the fluidic line , designed to reduce the pressure of the fluid of interest from the upstream pressure to a downstream pressure P out ; ∘ a valve , disposed on the fluidic line upstream or downstream of the regulator , having a valve head (13.1) designed to take up a valve opening position and a valve closing position; characterized ∘ in that the valve is designed to be opened or closed by pressure depending on whether a pressure exerted on the valve head (13.1) is substantially equal to the upstream pressure P in or to the downstream pressure P out ; ∘ and in that it comprises a distributor which • has a first orifice (14.1) connected to the fluidic line upstream of the regulator , a second orifice (14.2) connected to the fluidic line downstream of the regulator , and a third orifice (14.3), known as the control orifice, connected to the valve head (13.1), and • is designed to open or close the valve depending on whether the control orifice (14.3) is connected to the first orifice (14.1) or to the second orifice (14.2). ∘ a fluidic line for circulation of the fluid of interest, having an inlet intended to receive the fluid of interest at an upstream pressure P in ; ∘ a regulator , disposed on the fluidic line , designed to reduce the pressure of the fluid of interest from the upstream pressure to a downstream pressure P out ; ∘ a valve , disposed on the fluidic line upstream or downstream of the regulator , having a valve head (13.1) designed to take up a valve opening position and a valve closing position; ∘ in that the valve is designed to be opened or closed by pressure depending on whether a pressure exerted on the valve head (13.1) is substantially equal to the upstream pressure P in or to the downstream pressure P out ; ∘ and in that it comprises a distributor which • has a first orifice (14.1) connected to the fluidic line upstream of the regulator , a second orifice (14.2) connected to the fluidic line downstream of the regulator , and a third orifice (14.3), known as the control orifice, connected to the valve head (13.1), and • is designed to open or close the valve depending on whether the control orifice (14.3) is connected to the first orifice (14.1) or to the second orifice (14.2). • has a first orifice (14.1) connected to the fluidic line upstream of the regulator , a second orifice (14.2) connected to the fluidic line downstream of the regulator , and a third orifice (14.3), known as the control orifice, connected to the valve head (13.1), and • is designed to open or close the valve depending on whether the control orifice (14.3) is connected to the first orifice (14.1) or to the second orifice (14.2).
System comprising a passenger transport apparatus which is designed as an escalator, moving walkway or elevator and further comprising at least one transport monitoring module , which, during transport of the passenger transport apparatus from its place of dispatch to its destination, can be arranged on the passenger transport apparatus or on a transport unit (3, 3', 3") as part of the passenger transport apparatus and can be removed after transport, and which transport monitoring module has at least one sensor , wherein the passenger transport apparatus is transported by a carrier, wherein the transport monitoring module has an interface unit via which, at least during transport of the passenger transport apparatus or transport unit (3, 3', 3"), a connection of the transport monitoring module to a data store of the passenger transport apparatus can be established, wherein the interface unit is designed such that transport monitoring data to be stored, which data is based at least partially on sensor data from at least one sensor , can be permanently stored in the data store of the passenger transport apparatus and the data store is arranged so as to remain permanently in the passenger transport apparatus .
A flexible dry sprinkler comprising: (A) a flexible tube having (i) an inlet at a first end , the inlet defining an inlet orifice , and (ii) an outlet at a second end , the outlet defining an outlet orifice ; (B) an inlet seal assembly that operatively seals the inlet orifice of the flexible tube; (C) an outlet seal assembly that operatively seals the outlet orifice of the flexible tube; and (D) a flexible linkage extending between the inlet and the outlet through the flexible tube, the flexible linkage constructed to operatively release the inlet seal assembly responsive to axial translation of the flexible linkage from a first position to a second position, wherein the flexible linkage is supported by the outlet seal assembly in the first position, wherein the flexible linkage is constructed to axially translate toward the outlet when the outlet seal assembly is released, and wherein the flexible tube is corrugated metal hose. (A) a flexible tube having (i) an inlet at a first end , the inlet defining an inlet orifice , and (ii) an outlet at a second end , the outlet defining an outlet orifice ; (B) an inlet seal assembly that operatively seals the inlet orifice of the flexible tube; (C) an outlet seal assembly that operatively seals the outlet orifice of the flexible tube; and (D) a flexible linkage extending between the inlet and the outlet through the flexible tube, the flexible linkage constructed to operatively release the inlet seal assembly responsive to axial translation of the flexible linkage from a first position to a second position,
An organic magnesium phosphide expressed by General Formula : wherein, R 1 and R 2 are each independently an aliphatic group, heteroaliphatic group, alicyclic group, or heterocyclic group, and X is chlorine, bromine, or iodine.
Installation for spraying a liquid coating agent onto the inner walls of pipes with the cooperation of air, with a needleless spraying device for the coating agent, which has separate connections (12; 11) for coating agent and air and which can be introduced into the respective pipe and displaced in the longitudinal direction of the latter, with a stationary supply station for supplying the pressurized coating agent and pressurized air, and with a hose connection for coating agent and air between the delivery station and the spraying device displaceable in the pipe, wherein the hose connection comprises an outer hose for the air and an inner hose for the coating agent, which is located inside the outer hose and whose outer diameter is smaller than the inner diameter of the outer hose , characterized in that the inner hose is connected to a pump for the coating agent via a switchable three-way valve which connects the inner hose either to the pump or to an outlet open to the environment. with a needleless spraying device for the coating agent, which has separate connections (12; 11) for coating agent and air and which can be introduced into the respective pipe and displaced in the longitudinal direction of the latter, with a stationary supply station for supplying the pressurized coating agent and pressurized air, and with a hose connection for coating agent and air between the delivery station and the spraying device displaceable in the pipe, wherein the hose connection comprises an outer hose for the air and an inner hose for the coating agent, which is located inside the outer hose and whose outer diameter is smaller than the inner diameter of the outer hose , characterized in that the inner hose is connected to a pump for the coating agent via a switchable three-way valve which connects the inner hose either to the pump or to an outlet open to the environment.
A covertly marked paper substrate article comprising: a paper substrate; and a covert marking pigment having a particle size in the range of from about 0.1 to about 5 microns and being incorporated by a non-printing technique into the paper substrate in an IR detectable amount of from about 2 to about 10 mg/m 2 , the covert marking pigment being one or more IR anti-Stokes shift pigments selected from one or more of: yttrium oxide; sodium yttrium fluoride; lanthanum oxide; lanthanum fluoride; yttrium oxysulfide; lanthanum oxysulfide; Gadolinium (Gd2O2S); Ytterbium (Yb); or mixtures thereof. a paper substrate; and a covert marking pigment having a particle size in the range of from about 0.1 to about 5 microns and being incorporated by a non-printing technique into the paper substrate in an IR detectable amount of from about 2 to about 10 mg/m 2 , the covert marking pigment being one or more IR anti-Stokes shift pigments selected from one or more of: yttrium oxide; sodium yttrium fluoride; lanthanum oxide; lanthanum fluoride; yttrium oxysulfide; lanthanum oxysulfide; Gadolinium (Gd2O2S); Ytterbium (Yb); or mixtures thereof.
A joint apparatus for connecting a faucet and a water pipe, said apparatus comprising - a coupler having threads at its first end , the coupler being configured to be attached by the threads to a faucet body and comprising at its second end an outward directed flange having a first surface facing an end of the water pipe and a second surface , and - an attachment nut having at its first end threads configured to attach the attachment nut to the water pipe or to an eccentric fitting and comprising at its second end an inward directed bracket configured to fasten the flange , said inward directed bracket having a joint surface configured to face the second surface of the outward directed flange of the coupler characterized in that the joint apparatus further comprising a ring arranged between the second surface of the coupler's flange and the joint surface of the attachment nut's bracket , which joint surface is an inclined surface with respect to a plane perpendicular to the attachment nut's center axis , and wherein the first surface of the outward directed flange and the second surface of the outward directed flange are inclined with respect to a plane perpendicular to the coupler's center axis, and wherein a shape of the at least one of the following: the first surface of the outward directed flange facing the end of the water pipe, the second surface of the outward directed flange facing the ring is arcuate. - a coupler having threads at its first end , the coupler being configured to be attached by the threads to a faucet body and comprising at its second end an outward directed flange having a first surface facing an end of the water pipe and a second surface , and - an attachment nut having at its first end threads configured to attach the attachment nut to the water pipe or to an eccentric fitting and comprising at its second end an inward directed bracket configured to fasten the flange , said inward directed bracket having a joint surface configured to face the second surface of the outward directed flange of the coupler characterized in that the joint apparatus further comprising a ring arranged between the second surface of the coupler's flange and the joint surface of the attachment nut's bracket , which joint surface is an inclined surface with respect to a plane perpendicular to the attachment nut's center axis , and wherein the first surface of the outward directed flange and the second surface of the outward directed flange are inclined with respect to a plane perpendicular to the coupler's center axis, and wherein a shape of the at least one of the following: the first surface of the outward directed flange facing the end of the water pipe, the second surface of the outward directed flange facing the ring is arcuate.
A plumbing device in the form of a connector provided as a single piece comprising an inlet connector , a chamber having an open upper chamber , a lower closable chamber , and an outlet connector formed in a floor of the lower chamber wherein the upper chamber comprises a circumferential upper chamber wall and an upper chamber floor and the inlet connector is supported above the upper chamber wall by one or more arms arranged to provide a vertical air gap of type AA between the inlet connector and the upper chamber such that the connector provides an adapted tundish and wherein the upper chamber floor has an upper chamber floor opening ; and, the connector is provided with a non-return valve (142; 290; 395) which is arranged to open at a pre-selected pressure, the upper chamber floor opening providing an opening into the lower chamber , such that the lower chamber is closable from the upper chamber by the non-return valve.
A hot-water supply apparatus comprising: a hot-water tank configured to store water; a bathtub ; a heat exchanger configured to allow the water stored in the hot-water tank and water stored in the bathtub to exchange heat with each other; a bathtub circulation passage configured to allow the water stored in the bathtub to flow out of the bathtub and return to the bathtub via the heat exchanger ; a bathtub circulation pump provided to the bathtub circulation passage and configured to circulate the water stored in the bathtub through the bathtub circulation passage ; and a controller configured to perform a heat recovery operation in which heat of the water stored in the bathtub is recovered into the water stored in the hot-water tank , and a washing operation in which an inside of the bathtub is washed, in both the heat recovery operation and the washing operation, the bathtub circulation pump being activated to circulate the water stored in the bathtub through the bathtub circulation passage , characterized in that the controller is configured to perform the heat recovery operation and the washing operation either simultaneously or successively in response to an operation of a single switch . a hot-water tank configured to store water; a bathtub ; a heat exchanger configured to allow the water stored in the hot-water tank and water stored in the bathtub to exchange heat with each other; a bathtub circulation passage configured to allow the water stored in the bathtub to flow out of the bathtub and return to the bathtub via the heat exchanger ; a bathtub circulation pump provided to the bathtub circulation passage and configured to circulate the water stored in the bathtub through the bathtub circulation passage ; and a controller configured to perform a heat recovery operation in which heat of the water stored in the bathtub is recovered into the water stored in the hot-water tank , and a washing operation in which an inside of the bathtub is washed, in both the heat recovery operation and the washing operation, the bathtub circulation pump being activated to circulate the water stored in the bathtub through the bathtub circulation passage , characterized in that the controller is configured to perform the heat recovery operation and the washing operation either simultaneously or successively in response to an operation of a single switch .