mhurhangee/patent-ind-claim-en huggingface dataset:
A metamaterial unit comprising: a matrix comprising a plurality of unit-cells ; at least one void within at least one unit-cell of the plurality of unit-cells; a content of interest trapped within the at least one void thereby providing a respective unit-cell with an intended predetermined property associated with the presence of the content of interest within the at least one void; characterized in that the content of interest trapped, is freely movable within the at least one void . a matrix comprising a plurality of unit-cells ; at least one void within at least one unit-cell of the plurality of unit-cells; a content of interest trapped within the at least one void thereby providing a respective unit-cell with an intended predetermined property associated with the presence of the content of interest within the at least one void; characterized in that the content of interest trapped, is freely movable within the at least one void .
A terminal device , comprising: a screen placed at the front of the device , a first camera , and a movement mechanism , wherein the first camera is disposed on a movable component of the movement mechanism , the movement mechanism is disposed on the back of the screen , and the movable component is configured to drive the first camera to move from the back of the screen to a position at which the first camera is visible from in front of the terminal device such that the first camera is configured to perform shooting, the first camera is configured to be a front-facing camera when the first camera moves to the position at which the first camera is visible from in front of the terminal device , further comprising: a second camera , and wherein the second camera is disposed on the back of the screen and is configured to be a rear-facing camera, and the movement mechanism is disposed on a component stacked between a rear surface of the screen and a rear cover of the terminal device , the movement mechanism comprises a rack , a locking component , an unlocking component , an elastic component , a container configured to place the first camera , wherein the container is the movable component , and a push rod , one end of the elastic component is fastened to the bottom of the rack , and the other end of the elastic component is connected to the bottom of the container , where the bottom of the push rod is connected to a shell of the container , when the container is pressed by the elastic component and the push rod and the container are enabled to form a maximum angle that can be formed, an upper end of the push rod abuts against the locking component , so that the container is locked by the locking component ; when the container in a locked state continues to be pressed by the elastic component , the unlocking component pushes the push rod so that the upper end of the push rod is configured to approach the container , the upper end of the push rod is configured to move along a slope of the locking component , when the upper end of the push rod moves to be separated from contact with the locking component , the elastic component is configured to drive the container to pop up to the position at which the first camera can be seen from in front of the terminal device.
A composition for use in a method of treatment in a subject, the treatment comprising administering to the subject a therapeutically effective amount of dendritic cells engineered to overexpress p53 and a therapeutically effective amount of an immune checkpoint inhibitor.
An article for indicating presence of moisture comprising a material comprising a hydrophilic polyurethane and a colour-forming species; wherein the hydrophilic polyurethane is a hydrophilic polyurethane foam; wherein the hydrophilic polyurethane is formed from a composition comprising at least 1% by weight of a methyl diphenyl diisocyanate (MDI)-based prepolymer, preferably wherein the MDI-based prepolymer comprises 10-90% by weight of MDI, or: wherein the hydrophilic polyurethane is formed from a composition comprising at least 1% by weight of a toluene diisocyanate (TDI)-based prepolymer, preferably wherein the TDI-based prepolymer comprises 10-90% by weight of TDI, and wherein the colour-forming species is a molecule which can exist in at least two coloured states, wherein the species exists in one of the coloured states when in contact with moisture, wherein the colour-forming species is a colour-forming dye; further wherein the colour-forming dye is a phthalide-based leuco dye. wherein the hydrophilic polyurethane is formed from a composition comprising at least 1% by weight of a toluene diisocyanate (TDI)-based prepolymer, preferably wherein the TDI-based prepolymer comprises 10-90% by weight of TDI, and wherein the colour-forming species is a molecule which can exist in at least two coloured states, wherein the species exists in one of the coloured states when in contact with moisture, wherein the colour-forming species is a colour-forming dye; further wherein the colour-forming dye is a phthalide-based leuco dye.
A process for the preparation of galactaric acid by the oxidation of galacturonic acid, wherein a starting material comprising the galacturonic acid is subjected to oxygen under the influence of a supported gold catalyst and in the presence of a base.
A valve assembly comprising: a replacement valve , wherein said valve comprises an inflow annulus , an outflow annulus , and a plurality of leaflets , wherein said inflow annulus is scalloped; and an expandable and collapsible anchoring structure; said anchoring structure being dimensioned to extend longitudinally from an attachment location near the inflow annulus of a valve sinus to an attachment location near the outflow annulus of a valve sinus , wherein said anchoring structure comprises an inflow rim , an outflow rim , and a plurality of support posts extending from the inflow rim to the outflow rim, wherein said support posts are configured to coincide longitudinally with the sinus commissural posts , wherein said support posts comprise axially extending slots toward the outflow end for the attachment of a valve's commissural tabs , wherein said valve is positioned internally to said anchoring structure, wherein said inflow rim comprises one ring or wherein said inflow rim comprises a plurality of rings, and wherein said one ring or said plurality of rings is/are configured in an undulating pattern. a replacement valve , wherein said valve comprises an inflow annulus , an outflow annulus , and a plurality of leaflets , wherein said inflow annulus is scalloped; and an expandable and collapsible anchoring structure; said anchoring structure being dimensioned to extend longitudinally from an attachment location near the inflow annulus of a valve sinus to an attachment location near the outflow annulus of a valve sinus , wherein said anchoring structure comprises an inflow rim , an outflow rim , and a plurality of support posts extending from the inflow rim to the outflow rim, wherein said support posts are configured to coincide longitudinally with the sinus commissural posts , wherein said support posts comprise axially extending slots toward the outflow end for the attachment of a valve's commissural tabs , wherein said valve is positioned internally to said anchoring structure, wherein said inflow rim comprises one ring or wherein said inflow rim comprises a plurality of rings, and wherein said one ring or said plurality of rings is/are configured in an undulating pattern.
A delivery system comprising: a catheter having a distal end, a proximal end, and a body portion extending between the distal end and the proximal end; a tip portion arranged at the distal end of the catheter and including one or more cutting blades ; characterised by a plurality of struts arranged about and covering the one or more cutting blades on the tip portion in a first configuration, the plurality of struts being configured to actuate from the tip portion and extend from the tip portion to expose the one or more cutting blades in a second configuration. a catheter having a distal end, a proximal end, and a body portion extending between the distal end and the proximal end; a tip portion arranged at the distal end of the catheter and including one or more cutting blades ; characterised by a plurality of struts arranged about and covering the one or more cutting blades on the tip portion in a first configuration, the plurality of struts being configured to actuate from the tip portion and extend from the tip portion to expose the one or more cutting blades in a second configuration.
A method to control unlocking an entry for a guest having a wireless device by an owner access point comprising: storing a virtual key and an access control rule associated with the virtual key for the wireless device at the owner access point; determining whether a virtual key received from the wireless device matches the stored virtual key and satisfies the access control rule for the stored virtual key, and, if so, transmitting an open command to the entry, wherein the virtual key includes a wireless local area network (WLAN) credential and an authentication credential, and wherein the WLAN credential includes an identifier associated with the owner access point and the authentication credential includes a password; and wherein the virtual key is transmitted by the wireless device to the owner access point when the identifier associated with the owner access point is detected by the wireless device. storing a virtual key and an access control rule associated with the virtual key for the wireless device at the owner access point; determining whether a virtual key received from the wireless device matches the stored virtual key and satisfies the access control rule for the stored virtual key, and, if so, transmitting an open command to the entry, wherein the virtual key includes a wireless local area network (WLAN) credential and an authentication credential, and wherein the WLAN credential includes an identifier associated with the owner access point and the authentication credential includes a password; and wherein the virtual key is transmitted by the wireless device to the owner access point when the identifier associated with the owner access point is detected by the wireless device.
A seal formed of two identical seal halves , wherein each seal half comprises a front fitting , a rear fitting , a compressible part placed between the front fitting and the rear fitting and a number of screws going through openings in the front fitting , the rear fitting and the compressible part, wherein the compressible part comprises a first material , a second material and a middle fitting placed between the first material and the second material and that the first material , the second material and the middle fitting have through openings for receiving the screws , characterised in that the seal has means to move the rear fitting and the middle fitting different axial lengths in relation to the front fitting when manipulating said means and that the first material and the second material have different properties. wherein the compressible part comprises a first material , a second material and a middle fitting placed between the first material and the second material and that the first material , the second material and the middle fitting have through openings for receiving the screws , characterised in that the seal has means to move the rear fitting and the middle fitting different axial lengths in relation to the front fitting when manipulating said means and that the first material and the second material have different properties.
A medical device delivery system comprising: a catheter ; and a retainer disposed within the catheter and engageable with a medical device to restrain relative movement of the medical device in a first axial direction, and wherein the retainer includes a curved surface configured to disengage the medical device from the retainer when there is a predetermined amount of relative movement between the medical device and the retainer in a second axial direction, wherein the retainer is spring-loaded to facilitate relative movement of the retainer in the second axial direction, and further comprising: an inflatable balloon configured to facilitate disengagement of the medical device from the retainer by providing a radially outward force on a portion of the medical device when the balloon is inflated. a catheter ; and a retainer disposed within the catheter and engageable with a medical device to restrain relative movement of the medical device in a first axial direction, and wherein the retainer includes a curved surface configured to disengage the medical device from the retainer when there is a predetermined amount of relative movement between the medical device and the retainer in a second axial direction, wherein the retainer is spring-loaded to facilitate relative movement of the retainer in the second axial direction, and
An optical device comprising: a semiconductor chip having a first surface that receives direct-view light and transmits the direct-view light through the transparent regions of the optical device, a plurality of electro-optical circuits formed on the semiconductor chip, including light emitters configured to output display light, and the transparent regions being arranged between respective light emitters of the light emitters; and a planar, diffractive lens arranged to induce a phase curvature on the display light and to induce a same phase curvature on the direct-view light as on the display light. a semiconductor chip having a first surface that receives direct-view light and transmits the direct-view light through the transparent regions of the optical device, a plurality of electro-optical circuits formed on the semiconductor chip, including light emitters configured to output display light, and the transparent regions being arranged between respective light emitters of the light emitters; and a planar, diffractive lens arranged to induce a phase curvature on the display light and to induce a same phase curvature on the direct-view light as on the display light.
A concrete wood ceiling member comprised of spaced-apart support beams and a bottom , wherein free spaces , which are at least partially filled with hardened concrete material , are formed between the support beams , wherein 30 to 90%, preferably 50 to 70%, of the volume of the free spaces is filled with concrete material , wherein the bottom supports the concrete material and is arranged between the support beams , wherein the bottom has a profile counteracting lateral thrust forces and/or movements of the concrete material , or has holding members , which protrude from the bottom and/or the support beams and counteract lateral thrust forces and/or movements of the concrete material . wherein the bottom has a profile counteracting lateral thrust forces and/or movements of the concrete material , or has holding members , which protrude from the bottom and/or the support beams and counteract lateral thrust forces and/or movements of the concrete material .
Sensor unit , comprising sensor constituent parts of various sensor devices and also at least one printed circuit board which has voltage supply and signal transmission components for the sensor constituent parts, wherein the sensor constituent parts are connected to the printed circuit board, wherein the sensor unit has an annular base body which receives the sensor constituent parts and also the at least one printed circuit board , characterized in that the various sensor devices have at least one torque sensor device, wherein, as a sensor constituent part of the torque sensor device, an annular signal receiver is positioned on the inner periphery of the base body .
Traction elevator in a rucksack construction, comprising the following features: - at least one drive consisting of a motor , a traction sheave and a brake is fastened to at least one drive carrier , - at least one of the drive carriers rests on at least two damping elements A for support thereof, - each damping element A is fastened to the rail backs of the two guide rails for the elevator car by means of a bracket , characterized in that a damping element A consists of at least two damping layers which are separated from one another by at least one damping mass , - the rail backs of the two guide rails for the elevator car are aligned with one another, - at least one drive carrier is connected via laterally arranged stop surfaces to at least one fixed counter bearing and secured against rotation, - elastic damping elements B being arranged between the laterally arranged stop surfaces and the counter bearings . - at least one drive consisting of a motor , a traction sheave and a brake is fastened to at least one drive carrier , - at least one of the drive carriers rests on at least two damping elements A for support thereof, - each damping element A is fastened to the rail backs of the two guide rails for the elevator car by means of a bracket , characterized in that a damping element A consists of at least two damping layers which are separated from one another by at least one damping mass , - the rail backs of the two guide rails for the elevator car are aligned with one another, - at least one drive carrier is connected via laterally arranged stop surfaces to at least one fixed counter bearing and secured against rotation, - elastic damping elements B being arranged between the laterally arranged stop surfaces and the counter bearings .
A flatwork ironer, comprising: - a heating cylinder , - a plurality of zones in an introduction area for introducing articles to be ironed, said plurality of zones being defined by a plurality of conveying bands , and - a plurality of temperature sensors of said heating cylinder , - indication means for indicating at least one zone of the conveying bands where the articles to be ironed must be placed according to the temperature detected by said plurality of sensors , characterized in that said indication means are placed in said introduction area for introducing the articles to be ironed. - a heating cylinder , - a plurality of zones in an introduction area for introducing articles to be ironed, said plurality of zones being defined by a plurality of conveying bands , and - a plurality of temperature sensors of said heating cylinder , - indication means for indicating at least one zone of the conveying bands where the articles to be ironed must be placed according to the temperature detected by said plurality of sensors ,
A nozzle , comprising: a nozzle housing defining a first flow path having a first inlet at a first end of the nozzle housing and a first outlet at a second end of the nozzle housing , a second flow path having a second inlet at an outer surface of the nozzle housing and a second outlet in a side wall of the nozzle housing defining the first flow path , the second outlet having a Coanda profile and having an annular shape around the first flow path , and a third flow path having a third inlet at the outer side surface of the nozzle housing and a third outlet in the side wall defining the first flow path , the third outlet comprising a plurality of holes arranged circumferentially around the first flow path.
An apparatus for applying negative pressure to a wound, comprising: a negative pressure source configured to provide, via a fluid flow path comprising at least one lumen, negative pressure under a dressing placed over a wound; and a controller configured to: detect whether a canister is positioned in the fluid flow path between the negative pressure source and the dressing , the canister being configured to store fluid removed from the wound; and in response to detecting that the canister is positioned in the fluid flow path, set a value of a parameter to a first value indicating that the canister is positioned in the fluid flow path, and in response to detecting that the canister is not positioned in the fluid flow path, set the value of the parameter to a second value indicating that the canister is not positioned in the fluid flow path; characterized in that the controller is configured to operate the negative pressure source to provide negative pressure under the dressing such that the negative pressure source can operate in a canisterless mode of operation or in a canister mode of operation. a negative pressure source configured to provide, via a fluid flow path comprising at least one lumen, negative pressure under a dressing placed over a wound; and a controller configured to: detect whether a canister is positioned in the fluid flow path between the negative pressure source and the dressing , the canister being configured to store fluid removed from the wound; and in response to detecting that the canister is positioned in the fluid flow path, set a value of a parameter to a first value indicating that the canister is positioned in the fluid flow path, and in response to detecting that the canister is not positioned in the fluid flow path, set the value of the parameter to a second value indicating that the canister is not positioned in the fluid flow path; characterized in that the controller is configured to operate the negative pressure source to provide negative pressure under the dressing such that the negative pressure source can operate in a canisterless mode of operation or in a canister mode of operation. detect whether a canister is positioned in the fluid flow path between the negative pressure source and the dressing , the canister being configured to store fluid removed from the wound; and in response to detecting that the canister is positioned in the fluid flow path, set a value of a parameter to a first value indicating that the canister is positioned in the fluid flow path, and in response to detecting that the canister is not positioned in the fluid flow path, set the value of the parameter to a second value indicating that the canister is not positioned in the fluid flow path; characterized in that the controller is configured to operate the negative pressure source to provide negative pressure under the dressing such that the negative pressure source can operate in a canisterless mode of operation or in a canister mode of operation.