mhurhangee/patent-ind-claim-en huggingface dataset:
Test disk system with at least one test disk for testing the seal of a glove which is installed in a port of an isolator, wherein the test disk is connectable in a hermetically sealed fashion to the port, wherein the glove includes with the test disk a glove volume which can be subjected to overpressure by the test disk , wherein the test disk has a base body in which electronic components for recording and storing a pressure profile in the glove volume and at least one data interface are arranged, wherein the test disk has a reading apparatus for reading both a first identification element which is arranged on the glove and a second identification element which is assigned to the port, characterised in that • the test disk system has at least one sealing body with a radially expandable sealing apparatus which comprises a recess into which the base body can be inserted. • the test disk system has at least one sealing body with a radially expandable sealing apparatus which comprises a recess into which the base body can be inserted.
A method for manufacturing a built-up object (W), wherein the built-up object (W) is a rotary member to be provided in a fluid machine and the built-up object (W) includes a plurality of blades provided around a shaft body at circumferential intervals, and concave portions provided between adjacent ones of the blades , each of the concave portions having a curved shape in a section perpendicular to an axial direction, the method comprising: a selecting step of selecting a base material having a circular shape in a sectional view so that the base material has a larger radius than a bottom portion circle passing through bottom portions of the concave portions of the built-up object (W) to be built, a building step of depositing weld beads obtained by melting and solidifying a filler material on a circumferential surface of the base material , thereby forming built-up portions to serve as the blades ; and a cutting step of cutting parts of surfaces of the built-up portions and the circumferential surface of the base material , thereby forming the blades and the concave portions between the blades , satisfying T ≥ 1 / 2 H wherein H designates a height of the weld beads , and T designates a maximum cutting dimension in a radial direction of the base material . a selecting step of selecting a base material having a circular shape in a sectional view so that the base material has a larger radius than a bottom portion circle passing through bottom portions of the concave portions of the built-up object (W) to be built, a building step of depositing weld beads obtained by melting and solidifying a filler material on a circumferential surface of the base material , thereby forming built-up portions to serve as the blades ; and a cutting step of cutting parts of surfaces of the built-up portions and the circumferential surface of the base material , thereby forming the blades and the concave portions between the blades , satisfying T ≥ 1 / 2 H wherein H designates a height of the weld beads , and T designates a maximum cutting dimension in a radial direction of the base material .
A method of evaluating the driving of a vehicle performing a journey on a road network, comprising: determining a fuel usage rate and an engine speed of a vehicle; determining when the vehicle is coasting based upon at least one of the fuel usage rate and the engine speed of the vehicle; comparing an acceleration of the vehicle, when the vehicle is determined to be coasting, with a predetermined reference acceleration; and determining an application of braking during the coasting based on the result of the comparison. determining a fuel usage rate and an engine speed of a vehicle; determining when the vehicle is coasting based upon at least one of the fuel usage rate and the engine speed of the vehicle; comparing an acceleration of the vehicle, when the vehicle is determined to be coasting, with a predetermined reference acceleration; and determining an application of braking during the coasting based on the result of the comparison.
An inkjet ink for textile printing comprising: water; an aqueous organic solvent; colored resin particles, and a wax, wherein the colored resin particles contain a urethane resin and at least one type of dye selected from the group consisting of an oil-soluble dye, a disperse dye, and a vat dye, and the urethane resin has an acid value of 5 to 90 mgKOH/g, wherein the aqueous organic solvent has an aqueous solubility at 25°C of 10 g/100g-H 2 O or greater. water; an aqueous organic solvent; colored resin particles, and a wax, wherein the colored resin particles contain a urethane resin and at least one type of dye selected from the group consisting of an oil-soluble dye, a disperse dye, and a vat dye, and the urethane resin has an acid value of 5 to 90 mgKOH/g, wherein the aqueous organic solvent has an aqueous solubility at 25°C of 10 g/100g-H 2 O or greater.
An apparatus for fabricating one or more electrowetting display elements, the apparatus comprising: a glass substrate ; a fluid dispenser to dispense an electrowetting oil and an electrolyte solution onto the glass substrate; and a platform holding the glass substrate to receive the electrowetting oil and the electrolyte solution from the fluid dispenser, wherein the platform is configured to move relative to the fluid dispenser while the fluid dispenser dispenses the electrowetting oil and the electrolyte solution, and wherein the glass substrate includes: one or more pixel arrays formed on a first region of the glass substrate, wherein individual pixels of the one or more pixel arrays include pixel walls to at least partially retain the electrowetting oil while the one or more pixel arrays are covered with the electrolyte solution; and a wetting strip formed on a second region different from the first region of the glass substrate, the second region located beyond where the one or more pixel arrays are formed, wherein a wettability between the electrowetting oil and the wetting strip is different from a wettability between the electrolyte solution and the wetting strip. a glass substrate ; a fluid dispenser to dispense an electrowetting oil and an electrolyte solution onto the glass substrate; and a platform holding the glass substrate to receive the electrowetting oil and the electrolyte solution from the fluid dispenser, wherein the platform is configured to move relative to the fluid dispenser while the fluid dispenser dispenses the electrowetting oil and the electrolyte solution, and wherein the glass substrate includes: one or more pixel arrays formed on a first region of the glass substrate, wherein individual pixels of the one or more pixel arrays include pixel walls to at least partially retain the electrowetting oil while the one or more pixel arrays are covered with the electrolyte solution; and a wetting strip formed on a second region different from the first region of the glass substrate, the second region located beyond where the one or more pixel arrays are formed, wherein a wettability between the electrowetting oil and the wetting strip is different from a wettability between the electrolyte solution and the wetting strip. one or more pixel arrays formed on a first region of the glass substrate, wherein individual pixels of the one or more pixel arrays include pixel walls to at least partially retain the electrowetting oil while the one or more pixel arrays are covered with the electrolyte solution; and a wetting strip formed on a second region different from the first region of the glass substrate, the second region located beyond where the one or more pixel arrays are formed, wherein a wettability between the electrowetting oil and the wetting strip is different from a wettability between the electrolyte solution and the wetting strip.
A method for enhanced error protection using double-cyclic redundancy check, CRC, the method comprising: receiving a first packet , by a first physical layer, PHY, the first packet including a source packet and a first CRC (CRC1); checking the first CRC (CRC1), by an Ethernet media-access control, MAC, receive, RX, block of the first PHY ; when no error is detected, retaining the first CRC (CRC1) and encrypting the first packet including the first CRC (CRC1) to generate an encrypted first packet ;appending a second CRC (CRC2) to the encrypted first packet to produce a second packet ; transmitting the second packet to a second PHY via a transmission line ; receiving, by the second PHY , the second packet including the encrypted first packet and the second CRC (CRC2); checking, by the second PHY , the second CRC (CRC2) to detect whether the second packet is corrupted; and when the second PHY determines the second packet is not corrupted, removing, by the second PHY , the second CRC (CRC2) to retrieve the encrypted first packet and to retain the first CRC (CRC1). receiving a first packet , by a first physical layer, PHY, the first packet including a source packet and a first CRC (CRC1); checking the first CRC (CRC1), by an Ethernet media-access control, MAC, receive, RX, block of the first PHY ; when no error is detected, retaining the first CRC (CRC1) and encrypting the first packet including the first CRC (CRC1) to generate an encrypted first packet ;appending a second CRC (CRC2) to the encrypted first packet to produce a second packet ; transmitting the second packet to a second PHY via a transmission line ; receiving, by the second PHY , the second packet including the encrypted first packet and the second CRC (CRC2); checking, by the second PHY , the second CRC (CRC2) to detect whether the second packet is corrupted; and when the second PHY determines the second packet is not corrupted, removing, by the second PHY , the second CRC (CRC2) to retrieve the encrypted first packet and to retain the first CRC (CRC1).
An external device for communicating with an ocular device deployed in or on an eyeball, the ocular device having a first communication subsystem, the external device comprising: (a) an antenna configured for attachment to an external skin surface of an eyelid of a user or for mounting under the external skin surface of the eyelid of the user, so as to be separated from the eyeball by tissue of the eyelid and to move together with the eyelid, said antenna having a thickness of no more than 2 mm so as to allow folding of the skin of the eyelid over at least part of said antenna, and (b) a second communication subsystem employing said antenna for transferring data wirelessly to and/or from the first communication subsystem. (a) an antenna configured for attachment to an external skin surface of an eyelid of a user or for mounting under the external skin surface of the eyelid of the user, so as to be separated from the eyeball by tissue of the eyelid and to move together with the eyelid, said antenna having a thickness of no more than 2 mm so as to allow folding of the skin of the eyelid over at least part of said antenna, and (b) a second communication subsystem employing said antenna for transferring data wirelessly to and/or from the first communication subsystem.
An integrated junction box , comprising: a terminal receptacle , comprising an outlet opening configured for passing an external connecting wire through, to electrically connect the terminal receptacle ; a cover , having a rotatable connection with the terminal receptacle , wherein a rotation of the cover to the terminal receptacle forms an open status or a tight status between the outlet opening and the cover , for dis-attaching the external connecting wire from the outlet opening in the open status, or fixing the external connecting wire between the outlet opening and the cover in the tight status; and a lamp holder , fixed to the terminal receptacle . a terminal receptacle , comprising an outlet opening configured for passing an external connecting wire through, to electrically connect the terminal receptacle ; a cover , having a rotatable connection with the terminal receptacle , wherein a rotation of the cover to the terminal receptacle forms an open status or a tight status between the outlet opening and the cover , for dis-attaching the external connecting wire from the outlet opening in the open status, or fixing the external connecting wire between the outlet opening and the cover in the tight status; and a lamp holder , fixed to the terminal receptacle .
An indoor unit for an air conditioner, comprising: a casing ; a centrifugal fan disposed in the casing and configured to rotate in a predetermined rotation direction; a heat exchanger disposed along a periphery of the centrifugal fan in the casing , the heat exchanger having a heat exchange part having a line symmetrical shape in plan view; and a partition connected to two ends of the heat exchanger to surround the centrifugal fan in conjunction with the heat exchanger , characterized in that the centrifugal fan has a center located upstream of a current (R2) of air between the centrifugal fan and the partition with respect to a perpendicular bisector of a line connecting an upstream-side end and a downstream-side end of the partition and the center of the centrifugal fan is located upstream of the current (R2) of air between the centrifugal fan and the partition with respect to a symmetry axis (L3) of the heat exchange part of the heat exchanger so that a clearance between an outer periphery of the centrifugal fan and the downstream-side end of the partition is larger than a clearance between the outer periphery of the centrifugal fan and the upstream-side end of the partition . a casing ; a centrifugal fan disposed in the casing and configured to rotate in a predetermined rotation direction; a heat exchanger disposed along a periphery of the centrifugal fan in the casing , the heat exchanger having a heat exchange part having a line symmetrical shape in plan view; and a partition connected to two ends of the heat exchanger to surround the centrifugal fan in conjunction with the heat exchanger , characterized in that the centrifugal fan has a center located upstream of a current (R2) of air between the centrifugal fan and the partition with respect to a perpendicular bisector of a line connecting an upstream-side end and a downstream-side end of the partition and the center of the centrifugal fan is located upstream of the current (R2) of air between the centrifugal fan and the partition with respect to a symmetry axis (L3) of the heat exchange part of the heat exchanger so that a clearance between an outer periphery of the centrifugal fan and the downstream-side end of the partition is larger than a clearance between the outer periphery of the centrifugal fan and the upstream-side end of the partition .
A method for fast starting an application in an operating system, the method comprising: starting a plurality of applications during a boot up sequence of the operating system; adding at least one of the plurality of applications to a suspended list, indicating that the at least one of the plurality of applications is in a suspend mode; monitoring a plurality of application programming interface, API, calls made from the plurality of applications to one or more graphic rendering modules; determining that at least one of the plurality of API calls is made by the at least one of the plurality of applications on the suspended list; blocking the determined at least one of the plurality of API calls from executing, as made by the at least one of the plurality of applications on the suspended list; and processing API calls of the plurality of API calls to the one or more graphic rendering modules made by applications of the plurality of applications not on the suspended list. starting a plurality of applications during a boot up sequence of the operating system; adding at least one of the plurality of applications to a suspended list, indicating that the at least one of the plurality of applications is in a suspend mode; monitoring a plurality of application programming interface, API, calls made from the plurality of applications to one or more graphic rendering modules; determining that at least one of the plurality of API calls is made by the at least one of the plurality of applications on the suspended list; blocking the determined at least one of the plurality of API calls from executing, as made by the at least one of the plurality of applications on the suspended list; and processing API calls of the plurality of API calls to the one or more graphic rendering modules made by applications of the plurality of applications not on the suspended list.
An illumination system, comprising: - at least one light source , adapted to provide at least one excitation beam (EB); - a reflection cover , having a focal point and an opening , wherein the focal point of the reflection cover is disposed on an extension line of a transmission path of the excitation beam (EB) and the opening is disposed adjacent to the focal point ; - a wavelength conversion element , penetrating through the opening , and having a light-action region , wherein the light-action region of the wavelength conversion element is disposed on the transmission path of the excitation beam (EB), and is disposed adjacent to the focal point of the reflection cover , and is adapted to convert the excitation beam (EB) into a conversion beam (CB), wherein the reflection cover is disposed on a transmission path of the conversion beam (CB) from the wavelength conversion element ; and - a filter element , disposed on a transmission path of the conversion beam (CB') from the reflection cover , wherein the conversion beam (CB') from the reflection cover is obliquely incident to the filter element , and the filter element is adapted to filter the conversion beam (CB') into an illumination beam; characterized in that the excitation beam (EB) is emitted to the focal point of the reflection cover through a beam outlet portion of the reflection cover . - at least one light source , adapted to provide at least one excitation beam (EB); - a reflection cover , having a focal point and an opening , wherein the focal point of the reflection cover is disposed on an extension line of a transmission path of the excitation beam (EB) and the opening is disposed adjacent to the focal point ; - a wavelength conversion element , penetrating through the opening , and having a light-action region , wherein the light-action region of the wavelength conversion element is disposed on the transmission path of the excitation beam (EB), and is disposed adjacent to the focal point of the reflection cover , and is adapted to convert the excitation beam (EB) into a conversion beam (CB), wherein the reflection cover is disposed on a transmission path of the conversion beam (CB) from the wavelength conversion element ; and - a filter element , disposed on a transmission path of the conversion beam (CB') from the reflection cover , wherein the conversion beam (CB') from the reflection cover is obliquely incident to the filter element , and the filter element is adapted to filter the conversion beam (CB') into an illumination beam; characterized in that the excitation beam (EB) is emitted to the focal point of the reflection cover through a beam outlet portion of the reflection cover .
A navigation system, comprising: a patient holding device configured to be fixed to and immobilize the patient relative to an imaging device during acquisition of image data of the patient; a dynamic reference frame removably fixed to the patient holding device such that the dynamic reference frame via the patient holding device is configured to remain in a substantially single reference frame position relative to the patient during the image data acquisition and a procedure on the patient; wherein the dynamic reference frame includes a plurality of reference frame imageable portions viewable in acquired image data of the patient when in a field of view of an imaging device, said plurality of reference frame imageable portions defining a fiducial assembly (502i-522i) fixedly positioned relative to the patient holding device ; a tracking device included with the dynamic reference frame , operable to be tracked with a tracking system and positioned at a known location relative to the plurality of reference frame imageable portions ; and a navigation processor system configurable to execute instructions to determine a location of the plurality of reference frame imageable portions in the acquired image data, determine a subject space location of the tracking device , and register the acquired image data to the subject space based at least on the acquired image data of the plurality of reference frame imageable portions . a patient holding device configured to be fixed to and immobilize the patient relative to an imaging device during acquisition of image data of the patient; a dynamic reference frame removably fixed to the patient holding device such that the dynamic reference frame via the patient holding device is configured to remain in a substantially single reference frame position relative to the patient during the image data acquisition and a procedure on the patient; wherein the dynamic reference frame includes a plurality of reference frame imageable portions viewable in acquired image data of the patient when in a field of view of an imaging device, said plurality of reference frame imageable portions defining a fiducial assembly (502i-522i) fixedly positioned relative to the patient holding device ; a tracking device included with the dynamic reference frame , operable to be tracked with a tracking system and positioned at a known location relative to the plurality of reference frame imageable portions ; and a navigation processor system configurable to execute instructions to determine a location of the plurality of reference frame imageable portions in the acquired image data, determine a subject space location of the tracking device , and register the acquired image data to the subject space based at least on the acquired image data of the plurality of reference frame imageable portions .
An oral care composition comprising: a. a basic amino acid in free or salt form wherein the basic amino acid is selected from arginine, lysine, and a combination thereof; b. a combination of zinc ion sources; and c. a thickening system comprising: i. from 0.1 wt.% to 0.4 wt.% of a nonionic cellulose ether which is hydroxyethylcellulose; and ii. from 0.25 wt.% to 0.9 wt.% of a polysaccharide gum which is xanthan gum. a. a basic amino acid in free or salt form wherein the basic amino acid is selected from arginine, lysine, and a combination thereof; b. a combination of zinc ion sources; and c. a thickening system comprising: i. from 0.1 wt.% to 0.4 wt.% of a nonionic cellulose ether which is hydroxyethylcellulose; and ii. from 0.25 wt.% to 0.9 wt.% of a polysaccharide gum which is xanthan gum. i. from 0.1 wt.% to 0.4 wt.% of a nonionic cellulose ether which is hydroxyethylcellulose; and ii. from 0.25 wt.% to 0.9 wt.% of a polysaccharide gum which is xanthan gum.
Adduct composition of - at least one diisocyanate A) and - at least one hydroxy- or amino-functionalized alkylsulfonic acid (derivative) B), characterized in that the adduct composition comprises at least 15% of the alkylsulfonic acid (derivative) radicals, derived from the alkylsulfonic acid (derivative) B), bonded to an allophanate and/or biuret group and/or to a group derived from an allophanate and/or biuret group by addition of diisocyanate A). - at least one diisocyanate A) and - at least one hydroxy- or amino-functionalized alkylsulfonic acid (derivative) B),