mhurhangee/patent-ind-claim-en huggingface dataset:
An observation apparatus comprising: an acquisition unit configured to acquire positional information indicating a position of a bottom surface of a support for supporting an observation target; an imaging optical system configured to form an optical image showing the observation target supported by the support on an image plane (S2), the imaging optical system including a ray deflection optical system configured to deflect a ray; a focus adjustment unit configured to adjust a focal position of the imaging optical system based on the positional information acquired by the acquisition unit ; and a control unit configured to perform control for matching an inclination of the image plane (S2) on which the optical image is formed to an inclination of an imaging surface of an imaging element based on the positional information acquired by the acquisition unit ; wherein the ray deflection optical system is disposed between the bottom surface and the imaging surface ; and wherein the control unit is configured to perform control for matching by controlling the ray deflection optical system to deflect the ray such that the inclination of the image plane (S2) matches the inclination of the imaging surface . an acquisition unit configured to acquire positional information indicating a position of a bottom surface of a support for supporting an observation target; an imaging optical system configured to form an optical image showing the observation target supported by the support on an image plane (S2), the imaging optical system including a ray deflection optical system configured to deflect a ray; a focus adjustment unit configured to adjust a focal position of the imaging optical system based on the positional information acquired by the acquisition unit ; and a control unit configured to perform control for matching an inclination of the image plane (S2) on which the optical image is formed to an inclination of an imaging surface of an imaging element based on the positional information acquired by the acquisition unit ; wherein the ray deflection optical system is disposed between the bottom surface and the imaging surface ; and wherein the control unit is configured to perform control for matching by controlling the ray deflection optical system to deflect the ray such that the inclination of the image plane (S2) matches the inclination of the imaging surface .
A User Equipment, UE, comprising a processor, a memory, a service capability exposure function, U-SCEF , and communication circuitry, the UE being connected to a network via its communication circuitry, the UE further comprising computer-executable instructions stored in the memory of the UE which, when executed by the processor of the UE, cause the U-SCEF to perform operations comprising: receiving information from an application that is located at the UE; sending a request to the network to establish a connection with a core network service exposure function ; sending a message containing the information to the core network service exposure function; and receiving a response from the core network service exposure function. receiving information from an application that is located at the UE; sending a request to the network to establish a connection with a core network service exposure function ; sending a message containing the information to the core network service exposure function; and receiving a response from the core network service exposure function.
System for securely inputting a security identifier (P), having - a first, fixed terminal for performing a monetary transaction, - a second terminal in the form of a mobile terminal and - a server communicatively connected to the first terminal and to the second terminal via a communication network , wherein - one from the first terminal and the second terminal has a tactile or acoustic output device that is designed to output an identification sequence (Z) having a predetermined number of digits (Z1) in tactile or acoustic fashion, - the other from the first terminal and the second terminal has an input device that has a key arrangement (T) having a predetermined number of keys (T1) and is designed to transmit an input sequence (E) input by a user by means of the key arrangement (T) of the input device on the basis of the digits (Z1) of the identification sequence (Z) to the server , and - the server is designed to translate the input sequence (E) into an input security identifier on the basis of the identification sequence (Z) and to verify the input security identifier against a previously known security identifier (P) . - a first, fixed terminal for performing a monetary transaction, - a second terminal in the form of a mobile terminal and - a server communicatively connected to the first terminal and to the second terminal via a communication network , wherein - one from the first terminal and the second terminal has a tactile or acoustic output device that is designed to output an identification sequence (Z) having a predetermined number of digits (Z1) in tactile or acoustic fashion, - the other from the first terminal and the second terminal has an input device that has a key arrangement (T) having a predetermined number of keys (T1) and is designed to transmit an input sequence (E) input by a user by means of the key arrangement (T) of the input device on the basis of the digits (Z1) of the identification sequence (Z) to the server , and - the server is designed to translate the input sequence (E) into an input security identifier on the basis of the identification sequence (Z) and to verify the input security identifier against a previously known security identifier (P) .
A system for manufacturing fittings and connections for biaxially-oriented plastic tubes from a straight preform tube of a non-oriented polymer tube which comprises a first end and a second end, characterized in that the system comprises: • heating means , configured to control the temperature of the preform tube ; • a first gripping head and a second gripping head , wherein the first gripping head is configured to grip the first end of the preform tube and the second gripping head is configured to grip the second end of the preform tube ; • handling means configured to support the first gripping head and the second gripping head , • a base plate that supports two mobile pieces configured to move about; • a mold that comprises at least two parts, wherein each one of the parts of the mold is arranged on a mobile piece of the base plate , wherein the mold is configured to orient a deformed tube or the preform tube when the at least two parts of the mold are arranged in contact characterized in that the system further comprises: • a tempered climatic chamber configured to maintain the temperature of the preform tube at a first predetermined temperature; wherein the handling means together with the first and second gripping head are disposed in the tempered climatic chamber and are configured to rotate, stretch, contract and/or deform the preform tube . • heating means , configured to control the temperature of the preform tube ; • a first gripping head and a second gripping head , wherein the first gripping head is configured to grip the first end of the preform tube and the second gripping head is configured to grip the second end of the preform tube ; • handling means configured to support the first gripping head and the second gripping head , • a base plate that supports two mobile pieces configured to move about; • a mold that comprises at least two parts, wherein each one of the parts of the mold is arranged on a mobile piece of the base plate , wherein the mold is configured to orient a deformed tube or the preform tube when the at least two parts of the mold are arranged in contact • a tempered climatic chamber configured to maintain the temperature of the preform tube at a first predetermined temperature;
A dispenser comprising at least one adapter for mating with a sensing device , and at least one sensing device for being removably mounted to or being removably mounted to the adapter , the sensing device comprising a main body including a sensor, and at least one mounting foot for mounting the sensing device to the adapter , the mounting foot including: a supporting contact part with a supporting surface for supporting the sensing device on a sensing-device averted attachment surface of the mating adapter , and a connecting part connecting the supporting contact part and the main body , the adapter comprising: an insertion opening for insertion of the supporting surface of the sensing device ; a slot-shaped opening for sliding therein the connecting part of the sensing device , the slot-shaped opening being connected to the insertion opening ; and the attachment surface for being averted to the sensing device , the attachment surface extending from and/or connected to the slot-shaped opening so as to allow the attachment surface and the supporting surface to be mated with each other. the sensing device comprising a main body including a sensor, and at least one mounting foot for mounting the sensing device to the adapter , the mounting foot including: a supporting contact part with a supporting surface for supporting the sensing device on a sensing-device averted attachment surface of the mating adapter , and a connecting part connecting the supporting contact part and the main body , the adapter comprising: an insertion opening for insertion of the supporting surface of the sensing device ; a slot-shaped opening for sliding therein the connecting part of the sensing device , the slot-shaped opening being connected to the insertion opening ; and the attachment surface for being averted to the sensing device , the attachment surface extending from and/or connected to the slot-shaped opening so as to allow the attachment surface and the supporting surface to be mated with each other. a supporting contact part with a supporting surface for supporting the sensing device on a sensing-device averted attachment surface of the mating adapter , and a connecting part connecting the supporting contact part and the main body , the adapter comprising: an insertion opening for insertion of the supporting surface of the sensing device ; a slot-shaped opening for sliding therein the connecting part of the sensing device , the slot-shaped opening being connected to the insertion opening ; and the attachment surface for being averted to the sensing device , the attachment surface extending from and/or connected to the slot-shaped opening so as to allow the attachment surface and the supporting surface to be mated with each other.
A patch for exfoliation comprising a coating of a cataplasma composition for exfoliation applied on the one side of a support, said cataplasma composition comprising 0.5 to 1.0 wt.% of lactic acid, natural moisturizing oil, 5 to 10 wt.% of urea, a hydrophilic polymer, a polyhydric alcohol, and a cross-linking agent wherein the natural moisturizing oil includes at least one selected from the group consisting of olive oil, jojoba oil derived from jojoba seeds, and tea tree oil derived from tea tree leaves and wherein said cross-linking agent is a polyvalent metal salt.
An exoskeleton structure that provides force assistance to a user, comprising: - a first module capable of being attached to a first portion of the body of a user, - a second module capable of being attached to a second portion of the body of the user, the second module being connected to the first module by means of a joint allowing a rotation of the second module with respect to the first module , - an actuator comprising a stator and a rotor capable of being driven in rotation with respect to the stator to move the second module in rotation with respect to the first module , and - an elastic return element arranged to: in a first angular range of movement (α 1 ) of the rotor with respect to the stator , not exert any return force on the rotor , and in a second angular range of movement (α 2 ) of the rotor with respect to the stator , exert a return force tending to oppose rotation of the rotor with respect to the stator in a first direction of rotation (A), and to assist rotation of the rotor with respect to the stator in a second direction of rotation (B), opposite to the first direction of rotation. - a first module capable of being attached to a first portion of the body of a user, - a second module capable of being attached to a second portion of the body of the user, the second module being connected to the first module by means of a joint allowing a rotation of the second module with respect to the first module , - an actuator comprising a stator and a rotor capable of being driven in rotation with respect to the stator to move the second module in rotation with respect to the first module , and - an elastic return element arranged to: in a first angular range of movement (α 1 ) of the rotor with respect to the stator , not exert any return force on the rotor , and in a second angular range of movement (α 2 ) of the rotor with respect to the stator , exert a return force tending to oppose rotation of the rotor with respect to the stator in a first direction of rotation (A), and to assist rotation of the rotor with respect to the stator in a second direction of rotation (B), opposite to the first direction of rotation.
A gear well for a crusher comprising: a body ; a recess configured to be positioned adjacent a driven gear for an eccentric , wherein the recess comprises a floor ; and a pinion clearance floor ; the recess comprises a helical, non-uniform depth recess having a high point and a low point ; and characterized in that , rather than extending to a sharp corner transition and then to an orthogonal sidewall , the floor of the recess instead intersects or blends with the pinion clearance floor adjacent the low point ; wherein the helical, non-uniform depth recess is configured for improving the strength of a gear well or mitigating oil frothing within the gear well . a body ; a recess configured to be positioned adjacent a driven gear for an eccentric , wherein the recess comprises a floor ; and a pinion clearance floor ; the recess comprises a helical, non-uniform depth recess having a high point and a low point ; and characterized in that , rather than extending to a sharp corner transition and then to an orthogonal sidewall , the floor of the recess instead intersects or blends with the pinion clearance floor adjacent the low point ; wherein the helical, non-uniform depth recess is configured for improving the strength of a gear well or mitigating oil frothing within the gear well .
A pruning tool comprising: a cutting assembly with a blade arrangement comprising at least one movable component; a drive cable attached to the at least one movable component at a first end of the drive cable , the drive cable being configured to actuate the at least one movable component; an intermediate portion coupled to the cutting assembly, a first connecting portion formed adjacent to the intermediate portion, a pulling member comprising a drive cable coiling arrangement is attached to a second end of the drive cable , wherein the pulling member comprises a second connecting portion configured to be removably coupled to the first connecting portion; characterized in that: the pulling member comprises a drive cable uncoiling arrangement ; wherein the uncoiling arrangement includes a spring actuated uncoil element having a protruding end such that: in a closed position, the uncoil element supports the drive cable with the protruding end , and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force. a cutting assembly with a blade arrangement comprising at least one movable component; a drive cable attached to the at least one movable component at a first end of the drive cable , the drive cable being configured to actuate the at least one movable component; an intermediate portion coupled to the cutting assembly, a first connecting portion formed adjacent to the intermediate portion, a pulling member comprising a drive cable coiling arrangement is attached to a second end of the drive cable , wherein the pulling member comprises a second connecting portion configured to be removably coupled to the first connecting portion; characterized in that: the pulling member comprises a drive cable uncoiling arrangement ; wherein the uncoiling arrangement includes a spring actuated uncoil element having a protruding end such that: in a closed position, the uncoil element supports the drive cable with the protruding end , and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force. the pulling member comprises a drive cable uncoiling arrangement ; wherein the uncoiling arrangement includes a spring actuated uncoil element having a protruding end such that: in a closed position, the uncoil element supports the drive cable with the protruding end , and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force. in a closed position, the uncoil element supports the drive cable with the protruding end , and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force.
An elongate stimulation assembly of a stimulating implant, comprising: an intra-cochlear portion including an array of electrodes , and an extra-cochlear portion (181 and 186) extending between a receiver/stimulator and the intra-cochlear portion , characterized by a first malleable component co-located with the extra-cochlear portion , wherein the first malleable component extends partially along the extra-cochlear portion (181 and 186). an intra-cochlear portion including an array of electrodes , and an extra-cochlear portion (181 and 186) extending between a receiver/stimulator and the intra-cochlear portion , characterized by a first malleable component co-located with the extra-cochlear portion , wherein the first malleable component extends partially along the extra-cochlear portion (181 and 186).
A fitting device comprising: a ring lock washer spring in which a pipe is insertable into an inner bore to be coupled therein; a support ring which is configured to be in contact with an end of the insertable pipe to inhibit further entry of the pipe , and includes at least one perforated gas inlet; and a rubber packing interposed between the support ring and the ring lock washer spring , one end of which is tapered to be in contact with teeth protruding to taper the inner bore of the ring lock washer spring , wherein the rubber packing is pressed by a fluid introduced through the gas inlet so as to improve air-tightness between the rubber packing and the ring lock washer spring or to increase fastening force between the ring lock washer spring and the pipe . a ring lock washer spring in which a pipe is insertable into an inner bore to be coupled therein; a support ring which is configured to be in contact with an end of the insertable pipe to inhibit further entry of the pipe , and includes at least one perforated gas inlet; and a rubber packing interposed between the support ring and the ring lock washer spring , one end of which is tapered to be in contact with teeth protruding to taper the inner bore of the ring lock washer spring , wherein the rubber packing is pressed by a fluid introduced through the gas inlet so as to improve air-tightness between the rubber packing and the ring lock washer spring or to increase fastening force between the ring lock washer spring and the pipe .
A method performed by a fingerprint sensing system of verifying that setting data of a fingerprint sensor of the fingerprint sensing system has not been modified, the method being characterized in comprising: blocking (S101) access to the fingerprint sensor setting data held in a storage of the fingerprint sensing system ; acquiring (S102), from the fingerprint sensor , a representation of the fingerprint sensor setting data to be utilized upon capturing a fingerprint image; verifying (S103) from the acquired representation if the fingerprint sensor setting data corresponds to fingerprint sensor setting data that previously was written to the storage ; and in case it is verified from the representation that the fingerprint sensor setting data corresponds to fingerprint sensor setting data that previously was written to the storage : capturing (S104) a fingerprint image with the fingerprint sensor utilizing the fingerprint sensor setting data in the storage . blocking (S101) access to the fingerprint sensor setting data held in a storage of the fingerprint sensing system ; acquiring (S102), from the fingerprint sensor , a representation of the fingerprint sensor setting data to be utilized upon capturing a fingerprint image; verifying (S103) from the acquired representation if the fingerprint sensor setting data corresponds to fingerprint sensor setting data that previously was written to the storage ; and in case it is verified from the representation that the fingerprint sensor setting data corresponds to fingerprint sensor setting data that previously was written to the storage : capturing (S104) a fingerprint image with the fingerprint sensor utilizing the fingerprint sensor setting data in the storage .
An optically variable security element for securing objects of value, the areal expansion of which defines a z-axis standing perpendicularly thereon, with a reflective areal region, wherein - the reflective areal region contains a primary structure in the form of a first embossing lacquer layer with a fist embossed relief structure, - the first embossing lacquer layer is covered partially by a secondary structure, so that on the first embossing lacquer layer there are overlap regions present with the secondary structure and there are free regions present without the secondary structure, - the primary structure and the secondary structure are supplied with a common reflection-enhancing coating, so that the reflection-enhancing coating is arranged in the overlap regions on the secondary structure and in the free regions on the primary structure, - characterized in that the reflection-enhancing coating contains a layer of a phase-change material, which produces a different color impression and/or a different reflectivity of the coating in the crystalline and the amorphous material state, and in that - in at least one section the phase-change material is present in the overlap regions in the amorphous state and in the free regions in the crystalline state, or vice versa. - the reflective areal region contains a primary structure in the form of a first embossing lacquer layer with a fist embossed relief structure, - the first embossing lacquer layer is covered partially by a secondary structure, so that on the first embossing lacquer layer there are overlap regions present with the secondary structure and there are free regions present without the secondary structure, - the primary structure and the secondary structure are supplied with a common reflection-enhancing coating, so that the reflection-enhancing coating is arranged in the overlap regions on the secondary structure and in the free regions on the primary structure, - characterized in that the reflection-enhancing coating contains a layer of a phase-change material, which produces a different color impression and/or a different reflectivity of the coating in the crystalline and the amorphous material state, and in that - in at least one section the phase-change material is present in the overlap regions in the amorphous state and in the free regions in the crystalline state, or vice versa.