mhurhangee/patent-ind-claim-en huggingface dataset:
A downhole casing pulling tool , comprising: a tubular housing having a bore therethrough; a packer assembly configured to isolate an annulus between a casing and the tool ; a slip assembly configured to engage the casing; an actuator configured to operate at least one of the packer assembly and the slip assembly , and a piston assembly disposed in the bore of the tubular housing , the piston assembly including: a first piston section having a first piston bore and a first wall , the first wall having one or more first flow paths formed therethrough; and a second piston section having a second piston bore and a second wall axially spaced from the first wall , the second wall having one or more second flow paths formed therethrough; wherein the piston assembly is configured to: operate the actuator ; and modify a fluid pressure in the bore of the tubular housing . a tubular housing having a bore therethrough; a packer assembly configured to isolate an annulus between a casing and the tool ; a slip assembly configured to engage the casing; an actuator configured to operate at least one of the packer assembly and the slip assembly , and a piston assembly disposed in the bore of the tubular housing , the piston assembly including: a first piston section having a first piston bore and a first wall , the first wall having one or more first flow paths formed therethrough; and a second piston section having a second piston bore and a second wall axially spaced from the first wall , the second wall having one or more second flow paths formed therethrough; wherein the piston assembly is configured to: operate the actuator ; and modify a fluid pressure in the bore of the tubular housing . a first piston section having a first piston bore and a first wall , the first wall having one or more first flow paths formed therethrough; and a second piston section having a second piston bore and a second wall axially spaced from the first wall , the second wall having one or more second flow paths formed therethrough; wherein the piston assembly is configured to: operate the actuator ; and modify a fluid pressure in the bore of the tubular housing . operate the actuator ; and modify a fluid pressure in the bore of the tubular housing .
A computer implemented method for compressing video frames comprising: combining multiple thumbnail images of a motion video into a multi-thumbnail frame, each of the multiple thumbnail images to correspond to a different respective one of multiple full-resolution frames of the motion video, the multiple thumbnail images comprising chronologically adjacent thumbnail images organized within the multi-thumbnail frame in a tiled manner; compressing the multi-thumbnail frame to generate a compressed thumbnail frame, T-frame ; characterized by comparing pixels of the chronologically adjacent thumbnail images of the multi-thumbnail frame to derive a motion vector, wherein the motion vector is used in the compressing of the multi-thumbnail frame. combining multiple thumbnail images of a motion video into a multi-thumbnail frame, each of the multiple thumbnail images to correspond to a different respective one of multiple full-resolution frames of the motion video, the multiple thumbnail images comprising chronologically adjacent thumbnail images organized within the multi-thumbnail frame in a tiled manner; compressing the multi-thumbnail frame to generate a compressed thumbnail frame, T-frame ; characterized by comparing pixels of the chronologically adjacent thumbnail images of the multi-thumbnail frame to derive a motion vector, wherein the motion vector is used in the compressing of the multi-thumbnail frame.
A lighting panel system, comprising: a lighting panel including a plurality of strings of solid state lighting devices, the plurality of strings being arranged across the panel in a first direction and positioned at intervals in a second direction that is substantially orthogonal to the first direction; a current supply circuit configured to selectively supply a plurality of on-state drive currents to the plurality of strings responsive to a plurality of control signals; and a control system configured to selectively provide control signals to the current supply circuit to selectively drive the plurality of strings, the control system further including firing logic configured to determine a firing order of the plurality of strings, the system being characterised in that : the firing logic comprises rule-based logic that includes a rule that a second string fired after a first string is non-adjacent the first string. a lighting panel including a plurality of strings of solid state lighting devices, the plurality of strings being arranged across the panel in a first direction and positioned at intervals in a second direction that is substantially orthogonal to the first direction; a current supply circuit configured to selectively supply a plurality of on-state drive currents to the plurality of strings responsive to a plurality of control signals; and a control system configured to selectively provide control signals to the current supply circuit to selectively drive the plurality of strings, the control system further including firing logic configured to determine a firing order of the plurality of strings, the system being characterised in that : the firing logic comprises rule-based logic that includes a rule that a second string fired after a first string is non-adjacent the first string.
Breast shield arrangement for a breast pump, comprising a first sealing portion adapted to seal the breast shield arrangement against a breast of a user, a port adapted to be coupled to an expression kit or to be a part of the expression kit , and an intermediate portion coupled to the first sealing portion and the port , said intermediate portion having a circumferentially extending wall defining a first volume (V1) which is adapted to receive a part of a breast including a nipple and at least part of an areola , said intermediate portion having a first end , a curved portion and a second end , characterized in that the curved portion comprises a second sealing portion , said second sealing portion being adapted to come into contact with the nipple and/or the areola of a user when a vacuum is applied at the port of the breast shield arrangement creating a second volume (V2) between the first and second sealing portion and the breast of a user, wherein the curved portion at the second volume (V2) is curved outwardly as seen from the first sealing portion , wherein the vacuum applied at or in the port is the only vacuum that is applied to the the breast shield arrangement for expressing milk. a first sealing portion adapted to seal the breast shield arrangement against a breast of a user, a port adapted to be coupled to an expression kit or to be a part of the expression kit , and an intermediate portion coupled to the first sealing portion and the port , said intermediate portion having a circumferentially extending wall defining a first volume (V1) which is adapted to receive a part of a breast including a nipple and at least part of an areola , said intermediate portion having a first end , a curved portion and a second end , characterized in that the curved portion comprises a second sealing portion , said second sealing portion being adapted to come into contact with the nipple and/or the areola of a user when a vacuum is applied at the port of the breast shield arrangement creating a second volume (V2) between the first and second sealing portion and the breast of a user, wherein the curved portion at the second volume (V2) is curved outwardly as seen from the first sealing portion , wherein the vacuum applied at or in the port is the only vacuum that is applied to the the breast shield arrangement for expressing milk.
A web locating device for locating a shear web at a predefined location on an inner surface of a wind turbine blade shell , the device comprising: a base for securing to the inner surface of the blade shell at a predefined position on the inner surface; and a first guide structure projecting from the base , the first guide structure having a first guide surface arranged to guide a mounting portion of the shear web towards the predefined location on the inner surface of the wind turbine blade shell ; characterized in that the base of the device includes one or more alignment features for aligning with one or more reference features at the predefined position on the inner surface of the blade shell . a base for securing to the inner surface of the blade shell at a predefined position on the inner surface; and a first guide structure projecting from the base , the first guide structure having a first guide surface arranged to guide a mounting portion of the shear web towards the predefined location on the inner surface of the wind turbine blade shell ; characterized in that the base of the device includes one or more alignment features for aligning with one or more reference features at the predefined position on the inner surface of the blade shell .
Ring filter element for filtering a liquid or gaseous medium, - having a ring-shaped filter body made of a filter material through which the medium can flow, and - having a ring-shaped inner frame made of a support material which is arranged concentrically in the filter body and through which the medium can flow, - wherein the filter body rests with its radially internal body inner side radially on a radially external frame outer side , - wherein the ring filter element has at least one holder which is arranged on the body inner side , characterised in - that the holder has an expansion body made of an expanded expansion material, - that after the expansion, the expansion body is a foamed body, and - that the expansion body is securely connected radially on the inside to the inner frame and radially on the outside to the filter body . - having a ring-shaped filter body made of a filter material through which the medium can flow, and - having a ring-shaped inner frame made of a support material which is arranged concentrically in the filter body and through which the medium can flow, - wherein the filter body rests with its radially internal body inner side radially on a radially external frame outer side , - wherein the ring filter element has at least one holder which is arranged on the body inner side , characterised in - that the holder has an expansion body made of an expanded expansion material, - that after the expansion, the expansion body is a foamed body, and - that the expansion body is securely connected radially on the inside to the inner frame and radially on the outside to the filter body .
A wound closure device comprising: a collapsible structure , the collapsible structure comprising: a top layer and a bottom layer , wherein the top layer and the bottom layer are partially adhered to each other; a volume between the top layer and the bottom layer; and a plurality of elongate cells each having a length and a width, the plurality of elongate cells arranged side-by-side in at least a portion of the volume, the cells in the plurality of elongate cells arranged parallel to one another, wherein said plurality of elongate cells are defined by at least one of the top layer or the bottom layer , wherein at least one of the plurality of elongate cells is inflatable, and wherein each of said plurality of elongate cells are configured to be fluidically isolated such that each of the inflatable cells of the plurality of elongate cells is selectively deflatable; the wound closure device further comprising a negative pressure source configured to supply negative pressure to the collapsible structure to cause collapse of the collapsible structure and cause the collapsible structure to apply a force to the wound. a collapsible structure , the collapsible structure comprising: a top layer and a bottom layer , wherein the top layer and the bottom layer are partially adhered to each other; a volume between the top layer and the bottom layer; and a plurality of elongate cells each having a length and a width, the plurality of elongate cells arranged side-by-side in at least a portion of the volume, the cells in the plurality of elongate cells arranged parallel to one another, wherein said plurality of elongate cells are defined by at least one of the top layer or the bottom layer , wherein at least one of the plurality of elongate cells is inflatable, and wherein each of said plurality of elongate cells are configured to be fluidically isolated such that each of the inflatable cells of the plurality of elongate cells is selectively deflatable; a top layer and a bottom layer , wherein the top layer and the bottom layer are partially adhered to each other; a volume between the top layer and the bottom layer; and a plurality of elongate cells each having a length and a width, the plurality of elongate cells arranged side-by-side in at least a portion of the volume, the cells in the plurality of elongate cells arranged parallel to one another, wherein said plurality of elongate cells are defined by at least one of the top layer or the bottom layer , wherein at least one of the plurality of elongate cells is inflatable, and wherein each of said plurality of elongate cells are configured to be fluidically isolated such that each of the inflatable cells of the plurality of elongate cells is selectively deflatable; the wound closure device further comprising a negative pressure source configured to supply negative pressure to the collapsible structure to cause collapse of the collapsible structure and cause the collapsible structure to apply a force to the wound.
A power module comprising: a lower ceramic substrate ; an upper ceramic substrate disposed over the lower ceramic substrate in a way to be spaced apart from the lower ceramic substrate and configured to have a semiconductor chip (G) mounted on a lower surface of the upper ceramic substrate ; a spacer configured to have one end bonded to the lower ceramic substrate and have the other end opposite to the one end bonded to the upper ceramic substrate ; a first bonding layer configured to bond the one end of the spacer to the lower ceramic substrate ; and a second bonding layer configured to bond the other end of the spacer to the upper ceramic substrate , wherein the first bonding layer is formed of a thin film having a three-layer structure consisting of Ti layer, Ag layer, and Cu layer. a lower ceramic substrate ; an upper ceramic substrate disposed over the lower ceramic substrate in a way to be spaced apart from the lower ceramic substrate and configured to have a semiconductor chip (G) mounted on a lower surface of the upper ceramic substrate ; a spacer configured to have one end bonded to the lower ceramic substrate and have the other end opposite to the one end bonded to the upper ceramic substrate ; a first bonding layer configured to bond the one end of the spacer to the lower ceramic substrate ; and a second bonding layer configured to bond the other end of the spacer to the upper ceramic substrate , wherein the first bonding layer is formed of a thin film having a three-layer structure consisting of Ti layer, Ag layer, and Cu layer.
A method for compensating stray light caused by an object in a scene that is sensed by a time-of-flight camera, the method comprising: receiving an image of the scene from the time-of-flight camera; characterised by : controlling the time-of-flight camera to capture a reference image of the scene using a code modulated signal for illumination such that a measurement range of the time-of-flight camera is limited to a distance range around the object; modifying the image of the scene or an image derived therefrom using the reference image to obtain a compensated image of the scene; and outputting the compensated image. receiving an image of the scene from the time-of-flight camera; characterised by : controlling the time-of-flight camera to capture a reference image of the scene using a code modulated signal for illumination such that a measurement range of the time-of-flight camera is limited to a distance range around the object; modifying the image of the scene or an image derived therefrom using the reference image to obtain a compensated image of the scene; and outputting the compensated image. controlling the time-of-flight camera to capture a reference image of the scene using a code modulated signal for illumination such that a measurement range of the time-of-flight camera is limited to a distance range around the object; modifying the image of the scene or an image derived therefrom using the reference image to obtain a compensated image of the scene; and outputting the compensated image.
Device for applying a viscous material comprising an application tube defining an application channel which runs from a material inlet opening to a material outlet opening in a longitudinal direction , and comprising a housing which accommodates the application tube at least partly and comprises a material supply connection for the viscous material, wherein the application tube has a first tube section comprising the inlet opening with a fixed arrangement on the housing and a second tube section attaching to the first tube section and comprising the material outlet opening on a free end , and comprising a joint connecting the first tube section and the second tube section , characterised by a drive device for deflecting the free end of the second tube section in a transversal direction running transversally to the longitudinal direction , wherein the drive device comprises at least one cantilever firmly attached to the second tube section and radially protruding and comprises at least two actuating elements in each case movable by an actuator for impinging upon the at least one cantilever at various impingement points .
An FGFR3 antagonist, a TP53 antagonist, or an EGFR antagonist for use in treating a patient suffering from a non-muscle invasive bladder cancer (NMIBC), wherein the expression level of at least two of the following genes: FGFR3 , TP53 , and EGFR , in a sample obtained from the patient has been determined to be increased relative to a reference level of the at least two genes, optionally wherein the NMIBC is a recurrent NMIBC.
A method of managing a computing system (100; 300), the method comprising: capturing (112; 404; 508), by a resource management unit and into a first memory , a configuration state of an operating system by obtaining operational status information of the operating system and its managed resources, the operating system being located in a second memory , the operating system executing on a processor of the computing system (100; 300); identifying (118; 406; 1206), by the resource management unit, a first process in the first memory based on the configuration state of the operating system ; identifying , by the resource management unit and based on the identifying of the first process, a first fingerprint of the first process; comparing , by the resource management unit, the first fingerprint to a first plurality of fingerprints of flagged processes ; and responsive to the comparing, in an event of identifying a match of the first fingerprint with at least one of the first plurality of fingerprints of flagged processes , acting to protect the computing system from unwanted effects of the first process. capturing (112; 404; 508), by a resource management unit and into a first memory , a configuration state of an operating system by obtaining operational status information of the operating system and its managed resources, the operating system being located in a second memory , the operating system executing on a processor of the computing system (100; 300); identifying (118; 406; 1206), by the resource management unit, a first process in the first memory based on the configuration state of the operating system ; identifying , by the resource management unit and based on the identifying of the first process, a first fingerprint of the first process; comparing , by the resource management unit, the first fingerprint to a first plurality of fingerprints of flagged processes ; and responsive to the comparing, in an event of identifying a match of the first fingerprint with at least one of the first plurality of fingerprints of flagged processes , acting to protect the computing system from unwanted effects of the first process.
A water bath for humidifying an interior of an incubator, comprising: - a profiled receiver which is open at least on the upper side having receiver surfaces (6.1, 6.2) running in a longitudinal direction , - a prefabricated disposable vessel for liquid which is open on the upper side wherein the vessel walls (8.1, 8.2) lie flush on the receiver surfaces (6.1, 6.2) of the receiver , - fastening means for fixing the disposable vessel on the receiver and - a liquid supply adapted for filling the disposable vessel with liquid. - a profiled receiver which is open at least on the upper side having receiver surfaces (6.1, 6.2) running in a longitudinal direction , - a prefabricated disposable vessel for liquid which is open on the upper side wherein the vessel walls (8.1, 8.2) lie flush on the receiver surfaces (6.1, 6.2) of the receiver , - fastening means for fixing the disposable vessel on the receiver and - a liquid supply adapted for filling the disposable vessel with liquid.
Apparatus for producing security elements, wherein the security elements are arranged on a front side (2.1) and on a rear side of a film web and consist of embossed structures in a lacquer layer having dimensions in the micrometre and nanometre range, wherein the apparatus comprises the following devices in the direction of transport of the film web: • a device for providing a film web, • a first printing mechanism (B) for applying a first lacquer layer that is curable using ultraviolet radiation onto the rear side (2.2) of the film web, wherein the film web enters the first printing mechanism from below or at least obliquely from below, • a first embossing mechanism (C) for embossing first structures having dimensions in the micrometre or nanometre range into the first lacquer layer, wherein the film web enters the first embossing mechanism from above or at least obliquely from above, • a second printing mechanism (D) for applying a second lacquer layer that is curable using ultraviolet radiation onto the front side of the film web, wherein the film web enters the second printing mechanism from above or at least obliquely from above, • a second embossing mechanism (E) for embossing second structures having dimensions in the micrometre or nanometre range into the second lacquer layer, wherein the film web enters the second embossing mechanism from below or at least obliquely from below. • a device for providing a film web, • a first printing mechanism (B) for applying a first lacquer layer that is curable using ultraviolet radiation onto the rear side (2.2) of the film web, wherein the film web enters the first printing mechanism from below or at least obliquely from below, • a first embossing mechanism (C) for embossing first structures having dimensions in the micrometre or nanometre range into the first lacquer layer, wherein the film web enters the first embossing mechanism from above or at least obliquely from above, • a second printing mechanism (D) for applying a second lacquer layer that is curable using ultraviolet radiation onto the front side of the film web, wherein the film web enters the second printing mechanism from above or at least obliquely from above, • a second embossing mechanism (E) for embossing second structures having dimensions in the micrometre or nanometre range into the second lacquer layer, wherein the film web enters the second embossing mechanism from below or at least obliquely from below.