mhurhangee/patent-ind-claim-en huggingface dataset:
A mountain biking helmet system , comprising: a helmet ; and a chin bar removably coupled to the helmet, the chin bar comprising a front portion configured to cover a portion of an open front of the mountain biking helmet and a back portion; characterised in that the back portion is configured to cover a portion of the mountain biking helmet; and the chin bar further comprises one or more couplings (26;32) configured to couple the chin bar to the mountain biking helmet such that the chin bar forms a continuous loop when the one or more couplings (26;32) couple the chin bar to the mountain biking helmet and the chin bar wraps circumferentially around the mountain biking helmet. a helmet ; and a chin bar removably coupled to the helmet, the chin bar comprising a front portion configured to cover a portion of an open front of the mountain biking helmet and a back portion; characterised in that the back portion is configured to cover a portion of the mountain biking helmet; and the chin bar further comprises one or more couplings (26;32) configured to couple the chin bar to the mountain biking helmet such that the chin bar forms a continuous loop when the one or more couplings (26;32) couple the chin bar to the mountain biking helmet and the chin bar wraps circumferentially around the mountain biking helmet.
A detergent supply device for a laundry treating apparatus, the detergent supply device comprising: a housing ; a detergent storage container installed in the housing and storing laundry detergent; and a residual amount detecting unit disposed at the detergent storage container and configured to detect a residual amount of laundry detergent stored in the detergent storage container , wherein the residual amount detecting unit comprises an electrode installed to one surface of the detergent storage container to contact laundry detergent stored in the storage container , characterized in that the detergent supply device further comprises: a blocking portion is protruded from the one surface of the detergent storage container and located above the electrode to limit the laundry detergent from moving toward the electrode . a housing ; a detergent storage container installed in the housing and storing laundry detergent; and a residual amount detecting unit disposed at the detergent storage container and configured to detect a residual amount of laundry detergent stored in the detergent storage container , wherein the residual amount detecting unit comprises an electrode installed to one surface of the detergent storage container to contact laundry detergent stored in the storage container , characterized in that the detergent supply device further comprises: a blocking portion is protruded from the one surface of the detergent storage container and located above the electrode to limit the laundry detergent from moving toward the electrode .
An information processing apparatus comprising: a wireless communication unit configured to perform wireless communication with another information processing apparatus ; a display unit configured to display an image received from the other information processing apparatus by the wireless communication unit ; a control unit configured to interpret control information received from the other information processing apparatus via the wireless communication unit , the control information including coordinate information indicating a region in the image displayed by the display unit , and an acquisition unit configured to acquire a user operation performed to the region in the displayed image according to the coordinate information; wherein the control unit is further configured to transmit a message for making the other information processing apparatus execute processing indicated in the control information according to the operation acquired by the acquisition unit . a wireless communication unit configured to perform wireless communication with another information processing apparatus ; a display unit configured to display an image received from the other information processing apparatus by the wireless communication unit ; a control unit configured to interpret control information received from the other information processing apparatus via the wireless communication unit , the control information including coordinate information indicating a region in the image displayed by the display unit , and an acquisition unit configured to acquire a user operation performed to the region in the displayed image according to the coordinate information; wherein the control unit is further configured to transmit a message for making the other information processing apparatus execute processing indicated in the control information according to the operation acquired by the acquisition unit .
A method for producing a prosthesis or partial prosthesis based on digital data, using a plurality of teeth and a prosthesis base to be produced, wherein the teeth are produced in original dimensions, i.e. free from oversize, as prefabricated teeth, and the prosthesis base is produced with oversize, in particular between 0.05 and 0.8 mm, and wherein the teeth are glued into tooth recesses of the prosthesis base by means of joint or composite material while bridging a joint/composite joint, and in a first state of the prosthesis, adjacent to the joint/composite joint in the area of the gingival margin has an excess of joint/composite material, and wherein subsequently to curing the joint or composite material, the oversize is removed from the gingival margin along with the excess of joint/composite material.
Cerebrolysin for use in reducing mortality in CADASIL patients.
A gas turbine engine having an air intake at an upstream end and a core exhaust nozzle at a downstream end, the gas turbine engine having an aerofoil comprising: a wall comprising an external surface, and an internal surface defining a cavity for receiving a cooling fluid in use; a first passageway extending from a first passageway inlet in the cavity; and a second passageway extending from a second passageway inlet in the cavity; wherein the first passageway and the second passageway intersect within the wall; characterised in that a first trench is formed in the external surface, and a second trench is formed in the external surface; wherein the first passageway extends to a first passageway outlet in the first trench and the second passageway extends to a second passageway outlet in the second trench. a wall comprising an external surface, and an internal surface defining a cavity for receiving a cooling fluid in use; a first passageway extending from a first passageway inlet in the cavity; and a second passageway extending from a second passageway inlet in the cavity; wherein the first passageway and the second passageway intersect within the wall; characterised in that a first trench is formed in the external surface, and a second trench is formed in the external surface; wherein the first passageway extends to a first passageway outlet in the first trench and the second passageway extends to a second passageway outlet in the second trench.
A transparent rigid substrate successively coated - with a discontinuous colorless or colored transparent organic layer , comprising zones textured with dots p i (i = 1, 2, etc.), and organized in macroscopic patterns which have visual appearances different than one another, the dots p i having an area S i , a diameter D i defined as the diameter of the circle which has the area S i , a center C i defined as the barycenter of S i , a period P i defined as the mean distance from the center C i to the center of the dots which are the closest neighbors to the dot p i , defined by Delaunay triangulation, the area between the dots p i being planar and the appearance of the macroscopic patterns being determined by a specific value of the mean of the periods P i , called mean period P and the mean of the diameters D i , called mean diameter D, of the dots p i of the macroscopic pattern; - with a reflective layer ; and - with a layer of paint between 1 and 100 μm thick, which is protective against corrosion and oxidation, inter alia. - with a discontinuous colorless or colored transparent organic layer , comprising zones textured with dots p i (i = 1, 2, etc.), and organized in macroscopic patterns which have visual appearances different than one another, the dots p i having an area S i , a diameter D i defined as the diameter of the circle which has the area S i , a center C i defined as the barycenter of S i , a period P i defined as the mean distance from the center C i to the center of the dots which are the closest neighbors to the dot p i , defined by Delaunay triangulation, the area between the dots p i being planar and the appearance of the macroscopic patterns being determined by a specific value of the mean of the periods P i , called mean period P and the mean of the diameters D i , called mean diameter D, of the dots p i of the macroscopic pattern; - with a reflective layer ; and - with a layer of paint between 1 and 100 μm thick, which is protective against corrosion and oxidation, inter alia.
A reconfigurable machining center , comprising: - a base structure which extends longitudinally in a first direction (X), - a first movable crossmember which is supported so that it can move with respect to the base structure in the first direction (X) and is provided with an equipped machining head , - supporting elements for supporting the movable crossmember on the base structure so that it can move along the first direction (X), - a first leadscrew rack , integral with the base structure , which comprises a first helical circular toothed sector , the leadscrew rack extending along the base structure in a longitudinal direction parallel to the first direction (X) for the entire extension of the base structure in the first direction (X), - a first screw rotationally coupled to the movable crossmember by way of a moving assembly , said screw engaging with the corresponding first leadscrew rack , the screw having its rotation axis parallel to the first direction (X), wherein the longitudinal extension of the base structure in the first direction is an integer multiple of the pitch of the teeth of the leadscrew rack , and wherein the base structure further comprises elements for coupling that are adapted to couple the base structure to a following and/or preceding adjacent base structure , along the first direction (X). - a base structure which extends longitudinally in a first direction (X), - a first movable crossmember which is supported so that it can move with respect to the base structure in the first direction (X) and is provided with an equipped machining head , - supporting elements for supporting the movable crossmember on the base structure so that it can move along the first direction (X), - a first leadscrew rack , integral with the base structure , which comprises a first helical circular toothed sector , the leadscrew rack extending along the base structure in a longitudinal direction parallel to the first direction (X) for the entire extension of the base structure in the first direction (X), - a first screw rotationally coupled to the movable crossmember by way of a moving assembly , said screw engaging with the corresponding first leadscrew rack , the screw having its rotation axis parallel to the first direction (X), wherein the longitudinal extension of the base structure in the first direction is an integer multiple of the pitch of the teeth of the leadscrew rack ,
Coupling half (2.1/2.2) of a fluid coupling , wherein the coupling half (2.1/2.2), which has a coupling housing (3.1/3.2) with coupling side (5.1/5.2) and housing axis (35.1/35.2), is an independent coupling part for making a fluid coupling with a similar coupling part formed by the corresponding coupling half (2.1/2.2) and wherein the coupling half (2.1/2.2) has a rotary valve (6.1/6.2) with a rotary body (7.1/7.2) rotatably supported on the coupling housing (3.1/3.2), a fluid passage (8.1/8.2) passing through the rotary body and the rotational position of which is controllable for opening and closing of the fluid passage (8.1/8.2) and thus of the rotary valve (6.1/6.2), characterized in that a switchable drive device (10.1/10.2) is arranged and configured on the coupling half (2.1/2.2) which drive device has a drive shaft (16.1/16.2) for controlling drive connection and securing connection to a valve shaft (17.1/17.2) of a rotary body (7.2/7.1) of a rotary valve (6.2/6.1) of a correspondingly similar couplable coupling half (2.2/2.1), and in that the rotary valve (6.1/6.2) belonging to the coupling half (2.1/2.2) has a valve shaft (17.1/17.2) exposed on the outside of the coupling housing (3.1/3.2) for drive connection and securing connection to a corresponding controlling drive device (10.2/10.1) of the correspondingly similar coupling half (2.2/2.1).
A tile comprising: a base substrate and a laminate layer , wherein the base substrate comprises at least one aligning member on a top surface thereof, wherein the aligning member comprises an upstanding projection on the top surface of the base substrate, wherein the upstanding projection is an edge forming a rim that extends along the perimeter of the base substrate , and wherein the base substrate comprises connecting means for engaging with connecting means of a base substrate of a further tile to form an interconnected flooring system, characterized in that the aligning member is operable to engage with a complimentary receiver formed in the laminate layer for aligning the laminate layer on the top surface of the substrate , wherein the complimentary receiver comprises a recess formed in the underside of the laminate layer for engagement with the upstanding projection . a base substrate and a laminate layer , wherein the base substrate comprises at least one aligning member on a top surface thereof, wherein the aligning member comprises an upstanding projection on the top surface of the base substrate, wherein the upstanding projection is an edge forming a rim that extends along the perimeter of the base substrate , and wherein the base substrate comprises connecting means for engaging with connecting means of a base substrate of a further tile to form an interconnected flooring system,
A perforation system , comprising: a laser system comprising a laser , and an optical beamlet generator (560;590), wherein said optical beamlet generator (560;590) is configured to output a plurality of beamlets from a laser beam input to said optical beamlet generator (560;590); and a scanner configured to simultaneously direct said plurality of beamlets from said optical beamlet generator (560;590) toward a substrate and to simultaneously move said plurality of beamlets relative to the substrate in a first dimension and second dimension that are orthogonal to one another, wherein each beamlet of said plurality of beamlets simultaneously defines a two-dimensional perforation on a surface of the substrate by operation of said scanner , and wherein an optical path extends from said laser to the substrate , being characterised in that : the laser system further comprises a beam expander and a beam homogeniser , wherein said beam expander is located between said laser and said optical beamlet generator (560;590) proceeding along said optical path; said beam homogenizer is located between said beam expander and said optical beamlet generator (560;590) proceeding along said optical path; and said optical beamlet generator is located between said beam homogenizer and said scanner proceeding along said optical path. a laser system comprising a laser , and an optical beamlet generator (560;590), wherein said optical beamlet generator (560;590) is configured to output a plurality of beamlets from a laser beam input to said optical beamlet generator (560;590); and a scanner configured to simultaneously direct said plurality of beamlets from said optical beamlet generator (560;590) toward a substrate and to simultaneously move said plurality of beamlets relative to the substrate in a first dimension and second dimension that are orthogonal to one another, wherein each beamlet of said plurality of beamlets simultaneously defines a two-dimensional perforation on a surface of the substrate by operation of said scanner , and wherein an optical path extends from said laser to the substrate , being characterised in that : the laser system further comprises a beam expander and a beam homogeniser , wherein said beam expander is located between said laser and said optical beamlet generator (560;590) proceeding along said optical path; said beam homogenizer is located between said beam expander and said optical beamlet generator (560;590) proceeding along said optical path; and said optical beamlet generator is located between said beam homogenizer and said scanner proceeding along said optical path.
A fibrous filament and anchor construct , comprising: a first section of fibrous filament extending from a first end to a second end; a pair of protrusions extending from intermediate portions of the first section and spaced apart from each other; an anchor comprising a proximal portion and a distal portion, wherein said first section passes through said proximal portion, the anchor being moveable from an undeployed position and configuration to a deployed position and configuration, wherein the proximal portion is configured to be captured between the pair of protrusions and the distal portion is configured to be fixed in a bone hole in the deployed position and configuration, characterized in that the protrusions comprise segments of suture woven into the fibrous filament of the first section and extending therefrom at an angle that only allows passage of the proximal portion in one direction. a first section of fibrous filament extending from a first end to a second end; a pair of protrusions extending from intermediate portions of the first section and spaced apart from each other; an anchor comprising a proximal portion and a distal portion, wherein said first section passes through said proximal portion, the anchor being moveable from an undeployed position and configuration to a deployed position and configuration, wherein the proximal portion is configured to be captured between the pair of protrusions and the distal portion is configured to be fixed in a bone hole in the deployed position and configuration, characterized in that the protrusions comprise segments of suture woven into the fibrous filament of the first section and extending therefrom at an angle that only allows passage of the proximal portion in one direction.
A wearable venipuncture training device for attachment to a limb comprising: an anatomical model attachable to the limb ; artificial vasculature associated with the anatomical model ; a needle resistant layer for preventing a needle from puncturing the limb , and an outer needle permeable sleeve shaped to hold the anatomical model and vasculature on the limb characterised in that the needle resistant layer is a flexible needle resistant layer comprising a flexible layer of material and is housed in a compartment , closed by a compartment cover , defined in the anatomical model . an anatomical model attachable to the limb ; artificial vasculature associated with the anatomical model ; a needle resistant layer for preventing a needle from puncturing the limb , and an outer needle permeable sleeve shaped to hold the anatomical model and vasculature on the limb characterised in that the needle resistant layer is a flexible needle resistant layer comprising a flexible layer of material and is housed in a compartment , closed by a compartment cover , defined in the anatomical model .
A propulsion system including a catalyzing reactor as a propulsion element such as part of a thruster and/or an igniter, wherein the catalyzing reactor comprises a reactor entrance and a reactor exit and an internal structure arranged for flowing a reacting medium through the reactor from the reactor entrance to the reactor exit , the internal structure comprising at least one thin walled reactor channel extending from the entrance to the exit of the reactor , the channel having a channel wall that includes a catalyst and that defines a flow path (F), in which channel in use, a catalyzed reaction takes place in the medium as it flows along the flow path (F), the at least one channel being looped to have a portion of its flow path that is downstream with respect to the reactor entrance in heat exchanging contact with a portion of a flow path that is more upstream with respect to the reactor entrance , so as to transfer heat between a downstream portion of the reacting medium to an upstream portion thereof.
Portable power tool having a handle, in particular an auxiliary handle for a portable power tool, having fastening means for fastening, in particular releasably fastening, the handle to the portable power tool, wherein the fastening means have an extension that is receivable at least partially in a recess , wherein either the extension is arranged on the handle and the recess is arranged in the portable power tool or the extension is arranged on the portable power tool and the recess is arranged in the handle , wherein the fastening means have at least one element that is adjustable relative to the extension and is involved in the establishment and/or releasing and/or securing of a form-fitting and/or frictional connection between the handle and the portable power tool, wherein the element is adjustable relative to the extension and cooperates with the extension or a further component of the fastening means such that, with the extension or the component or with the element itself, a form-fitting and/or force-fitting connection is able to be established between the handle and the portable power tool, characterized in that the extension is in the form of at least one latching hook that is adjustable in a radial direction between a releasing position and a fixing position by the element that is adjustable in an axial direction and is preferably in the form of a cone rod.