mhurhangee/patent-ind-claim-en huggingface dataset:
A combination of an endoscope and an applicator for attaching an optical element to an optical port disposed on a distal end of the endoscope, said applicator having a proximal side and an opposing distal side, the applicator comprising: a base having an opening and being configured to support the optical element in the opening; one or more alignment members extending from the proximal side of the base, the one or more alignment members being configured to engage with a corresponding registration feature disposed on the distal end of the endoscope; and an actuatable element disposed on the distal side of the base and adapted to transmit a force to the optical element, characterized in that the optical element is releasable from the applicator in a proximal direction by actuating the actuatable element. a base having an opening and being configured to support the optical element in the opening; one or more alignment members extending from the proximal side of the base, the one or more alignment members being configured to engage with a corresponding registration feature disposed on the distal end of the endoscope; and an actuatable element disposed on the distal side of the base and adapted to transmit a force to the optical element, characterized in that the optical element is releasable from the applicator in a proximal direction by actuating the actuatable element.
A portable electronic lock for luggage , comprising: a housing and a securement member in cooperation with the housing to secure an item to the lock ; a locking mechanism in the housing in communication with the securement member to releasably secure the securement member to the housing ; a communications module in the housing for operating the locking mechanism to release and secure the securement member in response to a wireless signal; and a secondary release system for releasing the locking mechanism , wherein the secondary release system is selectively operable by a user; wherein the lock is programmable so that the secondary release system can be selectively operable via a wireless signal or a paired mobile device so that in one mode of operation the secondary release system can be used to release the locking mechanism and in another mode of operation, use of the secondary release system will not release the locking mechanism , characterized in that the secondary release system comprises a barrel and insertion and rotation of a master key in the barrel operates a micro switch to generate an the electrical signal for releasing the locking mechanism . a housing and a securement member in cooperation with the housing to secure an item to the lock ; a locking mechanism in the housing in communication with the securement member to releasably secure the securement member to the housing ; a communications module in the housing for operating the locking mechanism to release and secure the securement member in response to a wireless signal; and a secondary release system for releasing the locking mechanism , wherein the secondary release system is selectively operable by a user; wherein the lock is programmable so that the secondary release system can be selectively operable via a wireless signal or a paired mobile device so that in one mode of operation the secondary release system can be used to release the locking mechanism and in another mode of operation, use of the secondary release system will not release the locking mechanism , characterized in that the secondary release system comprises a barrel and insertion and rotation of a master key in the barrel operates a micro switch to generate an the electrical signal for releasing the locking mechanism .
A rapid-entry shoe comprising: a base; and a heel portion comprising a compressible lattice structure , wherein the compressible lattice structure is comprised of a plurality of ribs ; wherein the plurality of ribs defines a plurality of apertures ; wherein the compressible lattice structure has an open position in which an opening of the rapid-entry shoe is expanded to facilitate reception of a foot of an individual donning the rapid-entry shoe, and a closed position in which the opening is unexpanded to retain the foot within the rapid-entry shoe; wherein the plurality of ribs comprises a plurality of larger ribs and a plurality of smaller ribs; wherein the larger ribs concave toward a rear portion of the base; wherein in the open position the compressible lattice structure is compressed downward toward the base of the rapid-entry shoe such that the plurality of apertures are collapsed; wherein in the closed position the compressible lattice structure is expanded such that the plurality of apertures are un-collapsed; and wherein the compressible lattice structure biases the rapid-entry shoe toward the closed position; wherein the smaller ribs convex toward the rear portion of the base; characterized in that an uppermost two immediately adjacent ribs of the plurality of larger ribs define a pair of larger ribs, and each one of said plurality of smaller ribs extends at least in part between said pair of larger ribs. a base; and a heel portion comprising a compressible lattice structure , wherein the compressible lattice structure is comprised of a plurality of ribs ; wherein the plurality of ribs defines a plurality of apertures ; wherein the compressible lattice structure has an open position in which an opening of the rapid-entry shoe is expanded to facilitate reception of a foot of an individual donning the rapid-entry shoe, and a closed position in which the opening is unexpanded to retain the foot within the rapid-entry shoe; wherein the plurality of ribs comprises a plurality of larger ribs and a plurality of smaller ribs; wherein the larger ribs concave toward a rear portion of the base; wherein in the open position the compressible lattice structure is compressed downward toward the base of the rapid-entry shoe such that the plurality of apertures are collapsed; wherein in the closed position the compressible lattice structure is expanded such that the plurality of apertures are un-collapsed; and wherein the compressible lattice structure biases the rapid-entry shoe toward the closed position; wherein the smaller ribs convex toward the rear portion of the base; characterized in that an uppermost two immediately adjacent ribs of the plurality of larger ribs define a pair of larger ribs, and each one of said plurality of smaller ribs extends at least in part between said pair of larger ribs.
A method of removing obstructing fluid plugs from a base section of a riser , which base section extends between a receiving end connected to an upright section of the riser and an emitting end of the riser connected to a subsea template located on a seabed , which subsea template is further connected to a wellhead for a drill hole to a subterranean void into which fluid received via the riser is to be injected from the subsea template , the method comprising: (A) heating at least one assisting liquid to a predetermined temperature, the heating being effected in a vessel , (B) forwarding at least one transport container holding the at least one heated assisting liquid from the vessel to a storage container in the subsea template , (C) injecting the at least one heated assisting liquid from the storage container into at least one injection point in the base section , (D) injecting, from the vessel at least one heated assisting liquid in the upright section of the riser , and (E) repeat steps (A) through (D) until any plugs in the riser have melted away. (A) heating at least one assisting liquid to a predetermined temperature, the heating being effected in a vessel , (B) forwarding at least one transport container holding the at least one heated assisting liquid from the vessel to a storage container in the subsea template , (C) injecting the at least one heated assisting liquid from the storage container into at least one injection point in the base section , (D) injecting, from the vessel at least one heated assisting liquid in the upright section of the riser , and (E) repeat steps (A) through (D) until any plugs in the riser have melted away.
A peritoneal cavity simulator for learning a laparoscopic medical procedure, being configured with at least a pelvis area simulating a human body shape, a back area having right and left sides of abdomen, and an abdomen area furnished with a plurality of ports with the capability of inserting surgical instruments used under a laparoscopic medical procedure; being furnished with a casing simulating a peritoneal cavity and a pelvis area , at least one biologically textured organ model and a model gripping portion being a gripping portion to be attached to said back area or said pelvis area , for fixing, mounting or clipping said biologically textured organ model in said peritoneal cavity, wherein an inner wall of the casing of the back area being furnished with protruded parts simulating a spine , and at the bottom surface of said model gripping portion being disposed a recess that fits into the protruded parts simulating a spine and being slide free against said protruded parts, and the upper surface of said model gripping portion being made to form a plate or a recess with the ability to mount said biologically textured organ model.
A sealant sheet formed in a sheet shape, the sealant sheet comprising the following components: an epoxy group-containing polysulfide polymer (AB) having two or more epoxy groups per molecule, and a thiol compound (C) having two or more thiol groups per molecule; wherein sulfur atoms in organic components of the sealant sheet have a weight fraction of 32.0 % or higher and 36.0 % or lower; wherein the sealant sheet has a storage modulus of greater than 0.005 MPa at 25°C; wherein the epoxy group-containing polysulfide polymer (AB) is a reaction product of a thiol group-containing polysulfide (a) having a disulfide structure and a thiol group in one molecule and an epoxy compound (b) having two or more epoxy groups in one molecule; and wherein the epoxy compound (b) comprises a bifunctional epoxy compound having two epoxy groups in one molecule, and a polyfunctional epoxy compound having three or more epoxy groups in one molecule. an epoxy group-containing polysulfide polymer (AB) having two or more epoxy groups per molecule, and a thiol compound (C) having two or more thiol groups per molecule; wherein sulfur atoms in organic components of the sealant sheet have a weight fraction of 32.0 % or higher and 36.0 % or lower; wherein the sealant sheet has a storage modulus of greater than 0.005 MPa at 25°C; wherein the epoxy group-containing polysulfide polymer (AB) is a reaction product of a thiol group-containing polysulfide (a) having a disulfide structure and a thiol group in one molecule and an epoxy compound (b) having two or more epoxy groups in one molecule; and wherein the epoxy compound (b) comprises a bifunctional epoxy compound having two epoxy groups in one molecule, and a polyfunctional epoxy compound having three or more epoxy groups in one molecule.
A sensor device for detecting a gas (G), comprising: - an adsorption filter comprising a body consisting of a molecular sieve material, - a sensing element for detecting said gas (G), - a carrier for carrying the sensing element , wherein the carrier comprises an opening via which said gas (G) to be detected can reach the sensing element , and wherein - the adsorption filter is connected to the carrier and closes said opening so that said gas (G) to be detected can diffuse through said body towards the sensing element . characterized in that said body comprises a diameter (D) in the range from 0.2 mm to 5 mm, wherein the adsorption filter is an adsorption filter plate , wherein the body is embedded in a form fitting manner in a cured material of the adsorption filter , and wherein said adsorption filter plate comprises a front side and an opposing back side , wherein the body extends inside the adsorption filter plate from the front side to the back side of the adsorption filter plate and thus forms a passage for the gas (G) to be detected through the adsorption filter plate , wherein a front side of the body forms an area of said front side of the adsorption filter plate , and wherein a back side of the body forms an area of said back side of the adsorption filter plate , and wherein the body is flush with the material at the front side and the back side of the adsorption filter plate, and wherein the carrier comprises a planar front side in which a recess is formed, wherein the sensing element is arranged in said recess and wherein the recess comprises said opening that extends in the plane of the planar front side of the carrier , wherein the back side of the adsorption filter plate is glued to the front side of the carrier such that a gas-tight seal is established between said material and the carrier , so that the gas to be detected can only diffuse via said body through the adsorption filter plate to reach the sensing element, and wherein said body covers said opening of the recess of the carrier . - an adsorption filter comprising a body consisting of a molecular sieve material, - a sensing element for detecting said gas (G), - a carrier for carrying the sensing element , wherein the carrier comprises an opening via which said gas (G) to be detected can reach the sensing element , and wherein - the adsorption filter is connected to the carrier and closes said opening so that said gas (G) to be detected can diffuse through said body towards the sensing element .
An integrated circuit for a mobile station , comprising: a decoder configured to decode a downlink control channel transmitted on one or more control channel element(s), CCE(s), in a search space for the mobile station including a plurality of CCEs having consecutive CCE numbers; wherein the one or more CCE(s) correspond to one of plural aggregation sizes for the downlink control channel; processing circuitry configured to determine an uplink control channel resource index based on a CCE number of the one or more CCEs, wherein the uplink control channel resource index is associated with a first uplink control channel transmission spreading sequence from a first set of sequences separated from each other by different cyclic shift values and a second different uplink control channel transmission spreading sequence from a second set of block-wise spreading code sequences; and a transmitter configured to transmit a response signal on an uplink control channel with the uplink control channel resource index using the first and second uplink control channel transmission spreading sequences, wherein: for each of the plural aggregation sizes, the search space is defined by a number of the plurality of CCEs and a starting CCE number of the search space, both being specific to the aggregation size. a decoder configured to decode a downlink control channel transmitted on one or more control channel element(s), CCE(s), in a search space for the mobile station including a plurality of CCEs having consecutive CCE numbers; wherein the one or more CCE(s) correspond to one of plural aggregation sizes for the downlink control channel; processing circuitry configured to determine an uplink control channel resource index based on a CCE number of the one or more CCEs, wherein the uplink control channel resource index is associated with a first uplink control channel transmission spreading sequence from a first set of sequences separated from each other by different cyclic shift values and a second different uplink control channel transmission spreading sequence from a second set of block-wise spreading code sequences; and a transmitter configured to transmit a response signal on an uplink control channel with the uplink control channel resource index using the first and second uplink control channel transmission spreading sequences, wherein: for each of the plural aggregation sizes, the search space is defined by a number of the plurality of CCEs and a starting CCE number of the search space, both being specific to the aggregation size.
A controller that controls behavior of a lean vehicle , the controller comprising: a control section configured to perform a brake control to increase a braking force of the lean vehicle in a situation where a brake operation is performed by a rider of the lean vehicle , the control section configured to perform the brake control based on a collision possibility that is determined in response to an output result from an environment sensor , wherein the control section , in the brake control performed based on the collision possibility in the situation where the brake operation is performed by the rider, controls the braking force based on posture information of the lean vehicle , and characterised in that the control section , in the brake control performed based on the collision possibility in the situation where the brake operation is performed by the rider, changes an upper limit value of a degree of increase in the braking force and/or an upper limit value of the braking force, according to an operation amount of the brake operation. a control section configured to perform a brake control to increase a braking force of the lean vehicle in a situation where a brake operation is performed by a rider of the lean vehicle , the control section configured to perform the brake control based on a collision possibility that is determined in response to an output result from an environment sensor , wherein the control section , in the brake control performed based on the collision possibility in the situation where the brake operation is performed by the rider, controls the braking force based on posture information of the lean vehicle , and characterised in that the control section , in the brake control performed based on the collision possibility in the situation where the brake operation is performed by the rider, changes an upper limit value of a degree of increase in the braking force and/or an upper limit value of the braking force, according to an operation amount of the brake operation.
A method for identifying a colloidal fingerprint of a material, comprising: analyzing a plurality of samples using holographic light microscopy; determining using holographic light microscopy a joint distribution of particle radius ( a p ) and refractive index ( n p ); identifying at least one peak associated with a colloidal particle from the joint distribution; comparing the identified at least one peak with a colloidal fingerprint library. analyzing a plurality of samples using holographic light microscopy; determining using holographic light microscopy a joint distribution of particle radius ( a p ) and refractive index ( n p ); identifying at least one peak associated with a colloidal particle from the joint distribution; comparing the identified at least one peak with a colloidal fingerprint library.
Pair of trousers , comprising a left trouser leg , a right trouser leg , at least one patch of expansion of the upper part of the left trouser leg and/or the right trouser leg , said patch having a first side edge and a second side edge respectively fixed, on the one part, to an upper portion of the upper part and, on the other part, to a lower portion of the same upper part, respective teeth of a zip being fixed to the first side edge and the second side edge , the zip being disposed in oblique position with a development from above downwards, from the centre towards the outside of the pair of trousers ; characterized by the fact that a left front pocket with opening is fixed to the left trouser leg , a left front patch of expansion of the upper part of the left trouser leg being disposed in the left front pocket , the first side edge and the second side edge of said patch being respectively fixed, on the one part, to an upper portion of the left pocket and, on the other part, to a lower portion of the same left pocket , teeth of a first zip being fixed to the first side edge and the second side edge and said zip can be closed or opened by means of a left slider with a development from above downwards and from the centre towards the outside of the pair of trousers .
A caulking jig which plastically deforms an edge portion of a hole formed in a flat upper surface of a metallic plate member, in order to fix a spacer member accommodated in the hole to a position which allows an upper end portion of the spacer member to be projected from the upper surface by a predetermined height, the caulking jig comprising: a cylindrical main body; a blade portion provided at a distal end of the main body, and having a sharp V-shaped blade edge; characterized in that the caulking jig further comprises: a projection member internally fit in the main body; an urging member which urges the projection member in a direction of projecting the projection member from the blade portion; and an engagement means configured to engage the projection member to the main body, wherein, in a state in which the projection member is not engaged by the engagement means, the projection member is held at a projected position where a distal end portion of the projection member is projected from the blade edge by urging force of the urging member; and in a state in which the projection member is engaged by the engagement means, the projection member is held at an entered position where the distal end portion is retracted to a more entered position than the blade edge against the urging force of the urging member. a cylindrical main body; a blade portion provided at a distal end of the main body, and having a sharp V-shaped blade edge; characterized in that the caulking jig further comprises: a projection member internally fit in the main body; an urging member which urges the projection member in a direction of projecting the projection member from the blade portion; and an engagement means configured to engage the projection member to the main body, a projection member internally fit in the main body; an urging member which urges the projection member in a direction of projecting the projection member from the blade portion; and an engagement means configured to engage the projection member to the main body, wherein, in a state in which the projection member is not engaged by the engagement means, the projection member is held at a projected position where a distal end portion of the projection member is projected from the blade edge by urging force of the urging member; and in a state in which the projection member is engaged by the engagement means, the projection member is held at an entered position where the distal end portion is retracted to a more entered position than the blade edge against the urging force of the urging member.