mhurhangee/ep-ind-claims huggingface dataset:
A device for scanning an object on a working surface, the device comprising: a body located adjacent to the working surface; two or more cameras (104, 106) mounted on the body for capturing images of the object on the working surface, the two or more cameras (104, 106) being angled such that their range of image captures overlap and the common overlapping region of the range of image captures of the two or more cameras (104, 106) corresponds with the size of the working surface, the two or more cameras (104, 106) being spaced apart such that each of the two or more cameras (104, 106) captures a different angle of the common overlapping region; a processing unit capable of correcting skewed images of the working surface captured by the two or more cameras (104, 106) and converting the images captured by the two or more cameras into a three dimensional image; and a base extending from the body and lying horizontally on the working surface for supporting the device; and one or more feet (304, 306, 220, 222) located at the bottom of the base, the one or more feet (304, 306, 220, 222) being used as markers to facilitate the alignment of a document on the working surface for scanning; and wherein the two or more cameras (104, 106) are mounted on the body at a location elevated adjacently above the working surface. a body located adjacent to the working surface; two or more cameras (104, 106) mounted on the body for capturing images of the object on the working surface, the two or more cameras (104, 106) being angled such that their range of image captures overlap and the common overlapping region of the range of image captures of the two or more cameras (104, 106) corresponds with the size of the working surface, the two or more cameras (104, 106) being spaced apart such that each of the two or more cameras (104, 106) captures a different angle of the common overlapping region; a processing unit capable of correcting skewed images of the working surface captured by the two or more cameras (104, 106) and converting the images captured by the two or more cameras into a three dimensional image; and a base extending from the body and lying horizontally on the working surface for supporting the device; and one or more feet (304, 306, 220, 222) located at the bottom of the base, the one or more feet (304, 306, 220, 222) being used as markers to facilitate the alignment of a document on the working surface for scanning; and a base extending from the body and lying horizontally on the working surface for supporting the device; and one or more feet (304, 306, 220, 222) located at the bottom of the base, the one or more feet (304, 306, 220, 222) being used as markers to facilitate the alignment of a document on the working surface for scanning; and wherein the two or more cameras (104, 106) are mounted on the body at a location elevated adjacently above the working surface.
A braided stent system, the system comprising: a stent body having a lumen formed by a plurality of braided members with interstices formed therebetween; and a first expansion ring connected to the stent body, the first expansion ring comprising a frame defined by a plurality of interconnected support assemblies selectively positioned to impart an outwardly expanding radial force to the stent body, each support assembly comprising: a plurality of legs joined at a first intersection and connected to one of the other interconnected support assemblies at a second intersection opposite the first intersection; and a claw portion mechanically connected to one or more of the interstices of the stent body, wherein the claw portion mechanically connects the expansion ring to inner and outer portions of the stent body by extending away from the first intersection, being interlaced through at least two of the interstices, and being terminated at a locking mechanism opposite the intersections, characterised in that the locking mechanism includes one of a T-shaped end or outwardly extending hooked members operable to fixedly connect to the interstices of the stent body. a stent body having a lumen formed by a plurality of braided members with interstices formed therebetween; and a first expansion ring connected to the stent body, the first expansion ring comprising a frame defined by a plurality of interconnected support assemblies selectively positioned to impart an outwardly expanding radial force to the stent body, each support assembly comprising: a plurality of legs joined at a first intersection and connected to one of the other interconnected support assemblies at a second intersection opposite the first intersection; and a claw portion mechanically connected to one or more of the interstices of the stent body, wherein the claw portion mechanically connects the expansion ring to inner and outer portions of the stent body by extending away from the first intersection, being interlaced through at least two of the interstices, and being terminated at a locking mechanism opposite the intersections, characterised in that the locking mechanism includes one of a T-shaped end or outwardly extending hooked members operable to fixedly connect to the interstices of the stent body. a plurality of legs joined at a first intersection and connected to one of the other interconnected support assemblies at a second intersection opposite the first intersection; and a claw portion mechanically connected to one or more of the interstices of the stent body, wherein the claw portion mechanically connects the expansion ring to inner and outer portions of the stent body by extending away from the first intersection, being interlaced through at least two of the interstices, and being terminated at a locking mechanism opposite the intersections, characterised in that the locking mechanism includes one of a T-shaped end or outwardly extending hooked members operable to fixedly connect to the interstices of the stent body.
A battery module housing assembly, comprising: - a housing comprising an electronics compartment and a cell receptacle region and further comprising a first protruding shelf disposed along a first perimeter of the housing and a second protruding shelf disposed along a second perimeter of the housing, wherein the first protruding shelf and the second protruding shelf each comprise an absorptive material configured to absorb a first laser emission; - an electronics compartment cover configured to cover the electronics compartment, wherein the electronics compartment cover is coupled to the housing via a first laser weld, wherein the electronics compartment cover comprises a first transparent material configured to transmit the first laser emission through the electronics compartment cover and toward the first protruding shelf; and - a cell receptacle region cover configured to cover the cell receptacle region, wherein the cell receptacle region cover is coupled to the housing via a second laser weld, wherein the cell receptacle region cover comprises a second transparent material configured to transmit the first laser emission or a second laser emission through the cell receptacle region cover and toward the second protruding shelf. - a housing comprising an electronics compartment and a cell receptacle region and further comprising a first protruding shelf disposed along a first perimeter of the housing and a second protruding shelf disposed along a second perimeter of the housing, wherein the first protruding shelf and the second protruding shelf each comprise an absorptive material configured to absorb a first laser emission; - an electronics compartment cover configured to cover the electronics compartment, wherein the electronics compartment cover is coupled to the housing via a first laser weld, wherein the electronics compartment cover comprises a first transparent material configured to transmit the first laser emission through the electronics compartment cover and toward the first protruding shelf; and - a cell receptacle region cover configured to cover the cell receptacle region, wherein the cell receptacle region cover is coupled to the housing via a second laser weld, wherein the cell receptacle region cover comprises a second transparent material configured to transmit the first laser emission or a second laser emission through the cell receptacle region cover and toward the second protruding shelf.
A method of producing in a compression method a tray, comprising the steps of: - forming a fibre tray having an opening, an inside and an outside, by immersing a dewatering tray having a shape, of the tray to be produced into a bath of a suspension of a fibre material of cellulose comprising at least 75% virgin fibre-based mechanical pulp from the group, CMP, CTMP, cTMP, HTCTMP and mixtures thereof, dewatering the aqueous suspension of cellulose in the dewatering tray in the forming section - press-drying using heat the formed tray to a dry content of 80-95% and a density of 400-650 kg/m 3; and - coating the inside of the tray with a protective barrier in the form of a plastic film. - forming a fibre tray having an opening, an inside and an outside, by immersing a dewatering tray having a shape, of the tray to be produced into a bath of a suspension of a fibre material of cellulose comprising at least 75% virgin fibre-based mechanical pulp from the group, CMP, CTMP, cTMP, HTCTMP and mixtures thereof, dewatering the aqueous suspension of cellulose in the dewatering tray in the forming section - press-drying using heat the formed tray to a dry content of 80-95% and a density of 400-650 kg/m 3; and - coating the inside of the tray with a protective barrier in the form of a plastic film.
System for patient positioning in imaging or radiation therapy, comprising - at least one transmitter configured to generate from a distance an outgoing signal capable of impacting on a patient's skin, thereby causing a haptic sensation at an impact region on the patient's skin; and - a control logic configured to modify the outgoing signal in response to a received input request or in dependence on a distance between i) a current position of a region of interest of the patient and ii) a target area in an imaging apparatus or in a radiation therapy apparatus. - at least one transmitter configured to generate from a distance an outgoing signal capable of impacting on a patient's skin, thereby causing a haptic sensation at an impact region on the patient's skin; and - a control logic configured to modify the outgoing signal in response to a received input request or in dependence on a distance between i) a current position of a region of interest of the patient and ii) a target area in an imaging apparatus or in a radiation therapy apparatus.
A breast image capturing apparatus, comprising a radiation application section which includes an arm section for moving a radiation source in a left-right direction in front of a subject and applies radiation to a breast of the subject from different image capturing directions above the breast through the movement of the radiation source by the arm section, a radiation image detector that detects a radiation image generated through the application of radiation by the radiation application section with respect to each of the image capturing directions, and a shielding member for preventing the radiation from being applied to the face of the subject is provided on the arm section; characterized in that the shielding member is configured so as to be movably supported relative to the arm section when the face of the subject is abutted to the shielding member and fixedly supported relative to the arm section when the face of the subject is not abutted to the shielding member, the apparatus comprises a latch for controlling the movement of the shielding member by engaging with a predetermined member; and the latch is a latch that does not engage with the member when the face of the subject is abutted to the shielding member and engages with the member when the face of the subject is not abutted to the shielding member.
A built-in box with a cuboid body consisting of a plurality of interconnected support plates, the body having an open side which is limited by a peripheral tile profile which is fastened to the support plates and projects beyond a free end face of the support plates, and wherein the tile profile is connected to the support plates on the inside of the built-in box and has a cover frame, characterised in that the tile profile with the cover frame projects exclusively along an inner circumference of the support plates bounding the open side and its extension and adjacent to the support plates beyond the free end face of the support plates.
Transmission for a hybrid drive arrangement, which transmission can be coupled to two drive units (7, 8), with an input shaft and an output shaft, at least one first, second, third and fourth shifting element (SE1, SE2, SE3, SE4), and at least one first planetary transmission and one second planetary transmission, it being possible for the input shaft to be coupled by means of the first shifting element to an internal gear of the first planetary transmission, and the output shaft being coupled to a planetary carrier of the first planetary transmission, it being possible for a sun gear of the first planetary transmission to be coupled by means of the fourth shifting element to a sun gear of the second planetary transmission, characterized in that the planetary carrier of the first planetary transmission can be coupled by means of the second shifting element to an internal gear of the second planetary transmission, and the planetary carrier of the first planetary transmission can be coupled by means of the third shifting element to the sun gear of the second planetary transmission. an input shaft and an output shaft, at least one first, second, third and fourth shifting element (SE1, SE2, SE3, SE4), and at least one first planetary transmission and one second planetary transmission, it being possible for the input shaft to be coupled by means of the first shifting element to an internal gear of the first planetary transmission, and the output shaft being coupled to a planetary carrier of the first planetary transmission, it being possible for a sun gear of the first planetary transmission to be coupled by means of the fourth shifting element to a sun gear of the second planetary transmission, characterized in that the planetary carrier of the first planetary transmission can be coupled by means of the second shifting element to an internal gear of the second planetary transmission, and the planetary carrier of the first planetary transmission can be coupled by means of the third shifting element to the sun gear of the second planetary transmission.
A method for controlling flow of fluid from an annular space in a wellbore, comprising: changing a flow restriction in a fluid flow discharge line from the wellbore annular space, characterized by the flow restriction changed at a rate related to a first difference between a selected fluid flow rate out of the wellbore and an actual fluid flow rate out of the wellbore, or a second difference between a selected fluid pressure in the annular space and an actual pressure in the annular space.
A cooling device comprising: - a first cooled compartment for the preservation of food; - a second cooled compartment for the preservation of food; - means of cooling at least a first fluid flow coming from the first compartment and at least a second fluid flow coming from the second compartment, the cooling means being crossed by the first and the second fluid flow (5, 6); wherein said cooling means are positioned inside a chamber into which the first and the second fluid flow (5,6) enter and wherein below the cooling means, with respect to the direction of flow of the first and of the second fluid flows and, a first duct extends from the chamber, which allows to direct the flow of the first and of the second fluid flows and towards the first compartment and a second duct that allows to direct the flow of the first and of the second fluid flows and towards the second compartment; - fluid motion means, comprising a fan, operatively interposed between the cooling means and the first and/or the second ducts and allowing the extraction of fluid from the first and from the second fluid flows exiting from the cooling means and direct it towards the first and/or the second ducts and; characterized in that said cooling device comprises: - deflector means extending close to an inlet through which the first and/or the second fluid flow (5, 6) run into the cooling means, the deflector means obstructing the mixing of the first and the second fluid flow (5, 6). - a first cooled compartment for the preservation of food; - a second cooled compartment for the preservation of food; - means of cooling at least a first fluid flow coming from the first compartment and at least a second fluid flow coming from the second compartment, the cooling means being crossed by the first and the second fluid flow (5, 6); wherein said cooling means are positioned inside a chamber into which the first and the second fluid flow (5,6) enter and wherein below the cooling means, with respect to the direction of flow of the first and of the second fluid flows and, a first duct extends from the chamber, which allows to direct the flow of the first and of the second fluid flows and towards the first compartment and a second duct that allows to direct the flow of the first and of the second fluid flows and towards the second compartment; - fluid motion means, comprising a fan, operatively interposed between the cooling means and the first and/or the second ducts and allowing the extraction of fluid from the first and from the second fluid flows exiting from the cooling means and direct it towards the first and/or the second ducts and; - deflector means extending close to an inlet through which the first and/or the second fluid flow (5, 6) run into the cooling means, the deflector means obstructing the mixing of the first and the second fluid flow (5, 6).
An apparatus for the detection of one or more analytes in a fluid, the apparatus comprising: a. a membrane; b. a fluid flow connector connected to a sample collection subsystem, wherein the sample collection subsystem is arranged to force a sample containing the one or more analytes through the membrane; the apparatus characterized by: c. a flow expander releasably secured to a base of a housing for securing the membrane in the housing, and wherein the flow expander includes a cylindrical base section joined by a tapered section to the fluid flow connector with an annular ledge formed at a juncture of the tapered section and the cylindrical main section. a. a membrane; b. a fluid flow connector connected to a sample collection subsystem, wherein the sample collection subsystem is arranged to force a sample containing the one or more analytes through the membrane; the apparatus characterized by: c. a flow expander releasably secured to a base of a housing for securing the membrane in the housing, and wherein the flow expander includes a cylindrical base section joined by a tapered section to the fluid flow connector with an annular ledge formed at a juncture of the tapered section and the cylindrical main section.
A head coil arrangement for a magnetic resonance device, comprising - a helmet-shaped coil housing comprising at least one conductor carrier (311, 312) extending in a distance to a head supporting plane and forming in between a receiving space for a patient's head, and - a head-fixation structure, which is supported, via at least one leg, at the conductor carrier (311, 312) so as to at least partially protrude into the receiving space and configured to be brought into blunt contact with the patient, wherein the head-fixation structure is molded in one piece with the coil housing. - a helmet-shaped coil housing comprising at least one conductor carrier (311, 312) extending in a distance to a head supporting plane and forming in between a receiving space for a patient's head, and - a head-fixation structure, which is supported, via at least one leg, at the conductor carrier (311, 312) so as to at least partially protrude into the receiving space and configured to be brought into blunt contact with the patient, wherein the head-fixation structure is molded in one piece with the coil housing.
A method for modifying messages having an archive format in a communications network, the communications network comprising a first network device, a second network device and a third network device, the method comprising: receiving, at the first network device, a message, the message sent from the second network device for receipt by the third network device; selectively modifying, at the first network device, content of the received message that is in an archive format, based on a determination that the content can be optimised, sending the received message with the optimised content to the third network device, characterised in that the received message having the archive format comprises a container for an electronic file and the selectively modifying comprises identifying at least one field of the container for removal from the container and optimising the container by removing the identified at least one field of the container from the container and the at least one field is for use for reserving additional bytes to allow a part of the container to be expanded. receiving, at the first network device, a message, the message sent from the second network device for receipt by the third network device; selectively modifying, at the first network device, content of the received message that is in an archive format, based on a determination that the content can be optimised, sending the received message with the optimised content to the third network device, characterised in that the received message having the archive format comprises a container for an electronic file and the selectively modifying comprises identifying at least one field of the container for removal from the container and optimising the container by removing the identified at least one field of the container from the container and the at least one field is for use for reserving additional bytes to allow a part of the container to be expanded.