mhurhangee/patent-ind-claim-en huggingface dataset:
Terrace canopy comprising a beam (3; 5), the beam having a top side, a bottom side, an inner side and an outer side, and, in its cross-section, is provided with: - a screen cavity configured to hold a screen roll; and - a U-shaped space at the bottom side of the beam which is located below the screen cavity and is formed by a top wall (210; 310), an outer side wall (209; 309) and an inner side wall (212; 312), said U-shaped space being open at its bottom side, said U-shaped space being provided with: a first connection means (316; 216), a second connection means (318; 218) and a connection wall part, characterised in that the beam comprises a wall profile (21a; 21c) located in the U-shaped space and configured to guide and/or hold a wall panel (6b; 6c), the wall profile being held in the U-shaped space by the first connection means and the connection wall part which is attached against a wall of the wall profile, and in that the wall profile can be removed and replaced with a closure profile (19; 19a) and vice versa, the wall profile (21a; 21c) being different from the closure profile (19; 19a), the closure profile being configured for closing off the U-shaped space and for being held in the U-shaped space by the first connection means and the second connection means. - a screen cavity configured to hold a screen roll; and - a U-shaped space at the bottom side of the beam which is located below the screen cavity and is formed by a top wall (210; 310), an outer side wall (209; 309) and an inner side wall (212; 312), said U-shaped space being open at its bottom side, said U-shaped space being provided with: a first connection means (316; 216), a second connection means (318; 218) and a connection wall part, characterised in that the beam comprises a wall profile (21a; 21c) located in the U-shaped space and configured to guide and/or hold a wall panel (6b; 6c), the wall profile being held in the U-shaped space by the first connection means and the connection wall part which is attached against a wall of the wall profile, and in that the wall profile can be removed and replaced with a closure profile (19; 19a) and vice versa, the wall profile (21a; 21c) being different from the closure profile (19; 19a), the closure profile being configured for closing off the U-shaped space and for being held in the U-shaped space by the first connection means and the second connection means.
A method for traversal using relays around network address translation, TURN, credential and server provisioning in a voice over Internet Protocol, VoIP, communication system, the VoIP communication system comprising a signaling gateway, a TURN server, and an electronic device, the signaling gateway is a proxy call session control function, P-CSCF, the method comprising: receiving, at the signaling gateway, a signaling message from a first electronic device, ED, when the first electronic device registers with the signaling gateway, the signaling message is a register message, the signaling message comprising one or more signaling message parameters, the signaling message further comprising: a request that the signaling gateway generate a TURN credential for the first ED, the TURN credential associated with the one or more signaling message parameters; generating a user portion of the TURN credential; in response to determining that the signaling gateway and the TURN server have a pre-shared key, generating, at the signaling gateway, the password portion of the TURN credential by hashing the user portion of the TURN credential with the pre-shared key; and sending, from the signaling gateway, the TURN credential to the first ED in a response of the register message, wherein the TURN credential comprises the user portion and the password portion. receiving, at the signaling gateway, a signaling message from a first electronic device, ED, when the first electronic device registers with the signaling gateway, the signaling message is a register message, the signaling message comprising one or more signaling message parameters, the signaling message further comprising: a request that the signaling gateway generate a TURN credential for the first ED, the TURN credential associated with the one or more signaling message parameters; generating a user portion of the TURN credential; in response to determining that the signaling gateway and the TURN server have a pre-shared key, generating, at the signaling gateway, the password portion of the TURN credential by hashing the user portion of the TURN credential with the pre-shared key; and sending, from the signaling gateway, the TURN credential to the first ED in a response of the register message, wherein the TURN credential comprises the user portion and the password portion.
Stator for an electric machine, the stator having axial grooves in which electrically conductive winding bars are deposited in a joining process step, bar ends of which winding bars protrude from at least one axial end face of the stator, wherein the bar ends are bent, in a bending process step, through a crossing angle (α) into contact positions in which the bar ends can be electrically interconnected in an interconnecting process step, wherein a bending aid disk having through-openings , through which the bar ends are guided, is provided as a bending aid in the bending process step, and wherein an opening edge of each disk through-opening acts as a bending edge around which the bar end in question can be bent into its contact position in the bending process step, wherein a tool carrier is associated with the stator in the joining process step and in the bending process step, and in that the tool carrier has at least one clamping jaw on each of the axially opposite end faces of the stator, and in that the stator together with its laminated core is clamped between the two clamping jaws with at least partial build-up of the laminated core pre-tensioning force (Fv).
A method for interconnecting photovoltaic cells in order to form a photovoltaic cells assembly, the method comprising the steps of: providing a first photovoltaic cell comprising a first surface , a second surface , a first edge , and a second edge , arranging an electrically conductive wire on the first surface of the first photovoltaic cell according to a certain pattern, and attaching the electrically conductive wire to the first surface of the first photovoltaic cell with the aid of a first electrically non-conductive yarn by stitching in an area of the first edge of the first photovoltaic cell according to a first stitch type. providing a first photovoltaic cell comprising a first surface , a second surface , a first edge , and a second edge , arranging an electrically conductive wire on the first surface of the first photovoltaic cell according to a certain pattern, and attaching the electrically conductive wire to the first surface of the first photovoltaic cell with the aid of a first electrically non-conductive yarn by stitching in an area of the first edge of the first photovoltaic cell according to a first stitch type.
An orthopedic derotation system, comprising: first , second , and third derotation towers, wherein each derotation tower comprises a proximal derotation tube coupled to a distal engagement assembly that is configured to engage an anchor member ; first and second clamp members , wherein each clamp member is configured to receive at least two derotation tubes; and a handle assembly configured to engage one of the clamp members ; wherein the first clamp member is configured to couple the first and second derotation tubes along a first axis and the second clamp member is configured to couple the first and third derotation tubes along a second axis that is skewed relative to the first axis, and wherein the first clamp member includes an inner surface and an outer surface , the inner surface of the first clamp member having a plurality of indentations, wherein each of the plurality of indentations is configured to nest a portion of the first, second, or third derotation towers . first , second , and third derotation towers, wherein each derotation tower comprises a proximal derotation tube coupled to a distal engagement assembly that is configured to engage an anchor member ; first and second clamp members , wherein each clamp member is configured to receive at least two derotation tubes; and a handle assembly configured to engage one of the clamp members ; wherein the first clamp member is configured to couple the first and second derotation tubes along a first axis and the second clamp member is configured to couple the first and third derotation tubes along a second axis that is skewed relative to the first axis, and wherein the first clamp member includes an inner surface and an outer surface , the inner surface of the first clamp member having a plurality of indentations, wherein each of the plurality of indentations is configured to nest a portion of the first, second, or third derotation towers .
A method for removing a scale in a steam generation facility, wherein in the steam generation facility, during the operation of a boiler, a scale deposited on the inside of the boiler vessel is removed by the following step: the pH of the boiler water is adjusted to a pH of 11.3 or more, and a polyacrylic acid, having a weight average molecular weight that is 0.70 to 2.00 times a reference weight average molecular weight, wherein said reference weight average molecular weight is calculated from the following calculation formula , or a salt thereof, is added in accordance with the pH value of the boiler water during the operation of the boiler: Reference weight average molecular weight = − 8462 × pH value − 11.3 + 61538
A library comprising a population of cells comprising: a vector comprising: (i) an editing cassette that includes a region which is homologous to a target region of a nucleic acid in a cell and includes a mutation of at least one nucleotide relative to the target region and a mutated protospacer adjacent motif (PAM) that is not recognised by a CRISPR system; (ii) a promoter; and (iii) a nucleic acid encoding at least one guide RNA (gRNA), the gRNA comprising a region complementary to a portion of the target region, and a region that recruits an endonuclease, and wherein the promoter and the nucleic acid encoding the gRNA are operably linked. (i) an editing cassette that includes a region which is homologous to a target region of a nucleic acid in a cell and includes a mutation of at least one nucleotide relative to the target region and a mutated protospacer adjacent motif (PAM) that is not recognised by a CRISPR system; (ii) a promoter; and (iii) a nucleic acid encoding at least one guide RNA (gRNA), the gRNA comprising a region complementary to a portion of the target region, and a region that recruits an endonuclease, and wherein the promoter and the nucleic acid encoding the gRNA are operably linked.
A method for use in a first network access point, NAP, the method comprising: assigning an Internet Protocol, IP, address to a client that is connected to the first NAP; receiving an Internet Group Management Protocol, IGMP, message from the client to join a multicast address, wherein the multicast address is associated with a response bucket, wherein the response bucket comprises a group of clients connected to the first NAP, wherein a class D octet in the multicast address is a class C octet of the client's IP address; receiving a Hypertext Transfer Protocol, HTTP, request from the client; sending the HTTP request to a second NAP, wherein the HTTP request comprises a content identifier, CID; receiving an HTTP response from the second NAP, wherein the HTTP response comprises a reverse CID, rCID; and sending a multicast response comprising the HTTP response to the multicast address, wherein the multicast response includes a group identification, ID, field in an IP header, wherein the group ID field indicates that the client is to extract the HTTP response, wherein the group ID field in the IP header comprises a number of bits, wherein a bit position of the number of bits indicates a group membership of the client. assigning an Internet Protocol, IP, address to a client that is connected to the first NAP; receiving an Internet Group Management Protocol, IGMP, message from the client to join a multicast address, wherein the multicast address is associated with a response bucket, wherein the response bucket comprises a group of clients connected to the first NAP, wherein a class D octet in the multicast address is a class C octet of the client's IP address; receiving a Hypertext Transfer Protocol, HTTP, request from the client; sending the HTTP request to a second NAP, wherein the HTTP request comprises a content identifier, CID; receiving an HTTP response from the second NAP, wherein the HTTP response comprises a reverse CID, rCID; and sending a multicast response comprising the HTTP response to the multicast address, wherein the multicast response includes a group identification, ID, field in an IP header, wherein the group ID field indicates that the client is to extract the HTTP response, wherein the group ID field in the IP header comprises a number of bits, wherein a bit position of the number of bits indicates a group membership of the client.
A security structure comprising: - at least one non-opaque micro-region , - at least one diffractive optical element of the digital type generating at least one interference pattern in an image-forming plane at a distance from the diffractive optical element , superposed, at least partially, onto the non-opaque micro-region , characterized in that the non-opaque micro-region has a cross section that is less than or equal to 1000000 μm 2 . - at least one non-opaque micro-region , - at least one diffractive optical element of the digital type generating at least one interference pattern in an image-forming plane at a distance from the diffractive optical element , superposed, at least partially, onto the non-opaque micro-region , characterized in that the non-opaque micro-region has a cross section that is less than or equal to 1000000 μm 2 .
A method of preparing a dentifrice comprising polymer matrix film with low solubility flavorant therein, comprising the steps of: a. forming a polymer matrix film in the substantial absence of low solubility flavorant, wherein said polymer matrix comprises a water-soluble polymer and a hydrophobic/lipophilic additive; b. forming a dentifrice base comprising a low solubility flavorant; c. combining the polymer matrix film with the dentifrice base; and d. maintaining the combined polymer matrix film and dentifrice base for an amount of time suitable for an effective amount of low solubility flavorant to transfer from said dentifrice base to said polymer matrix film, wherein the low solubility flavourant has a solubility generally on the order of menthol in water or less soluble; wherein the amount of hydrophobic/lipophilic additive in the polymer matrix film is 7% to 33% by weight; and wherein the dentifrice comprises the film in an amount of 1% by weight of the dentifrice. a. forming a polymer matrix film in the substantial absence of low solubility flavorant, wherein said polymer matrix comprises a water-soluble polymer and a hydrophobic/lipophilic additive; b. forming a dentifrice base comprising a low solubility flavorant; c. combining the polymer matrix film with the dentifrice base; and d. maintaining the combined polymer matrix film and dentifrice base for an amount of time suitable for an effective amount of low solubility flavorant to transfer from said dentifrice base to said polymer matrix film, wherein the low solubility flavourant has a solubility generally on the order of menthol in water or less soluble; wherein the amount of hydrophobic/lipophilic additive in the polymer matrix film is 7% to 33% by weight; and wherein the dentifrice comprises the film in an amount of 1% by weight of the dentifrice.
A method for beam forming using an antenna array configured to transmit across an angular sector, comprising the steps of: determining (S102) a first set of virtual antenna ports by a mapping of physical antenna ports of the antenna array, the first set of virtual antenna ports defining a beam pattern; transmitting (S104) a first set of reference signals for acquiring channel state information over the first set of virtual antenna ports; acquiring (S106) angular information about a wireless transceiver device receiving the transmitted first set of reference signals; and adapting (S108) the beam pattern based on an accuracy of the angular information, wherein beams transmitting the reference signals are adjusted to cover a smaller region in direction towards the wireless transceiver device as the accuracy in direction of signals impinging the antenna array is improved. determining (S102) a first set of virtual antenna ports by a mapping of physical antenna ports of the antenna array, the first set of virtual antenna ports defining a beam pattern; transmitting (S104) a first set of reference signals for acquiring channel state information over the first set of virtual antenna ports; acquiring (S106) angular information about a wireless transceiver device receiving the transmitted first set of reference signals; and adapting (S108) the beam pattern based on an accuracy of the angular information, wherein beams transmitting the reference signals are adjusted to cover a smaller region in direction towards the wireless transceiver device as the accuracy in direction of signals impinging the antenna array is improved.
Method for determining the longitudinal axis of symmetry between a front centre and a rear centre of a vehicle with the help of a line laser with an associated receiving unit designed as an adjusting device that has a vertical reference line on one side and an opto-acoustic transmitting unit on an opposite transmitting side, characterised by the following subsequent steps: a. Positioning the line laser under a front or rear end of the vehicle until a perpendicular laser beam of the line laser passes through the front or the rear centre point of the vehicle , b. Positioning the adjusting device under said end of the vehicle until the perpendicular laser beam is on the vertical reference line of the receiving unit , c. Leaving the receiving unit in this central position according to step b, d. Change the position of the line laser under the other end of the vehicle until the perpendicular laser beam runs through the opposite centre point at the other end of the vehicle , for which purpose e. the line laser is shifted in the x and/or y direction and f. is rotated about its central vertical axis until a horizontal laser beam of the line laser hits the transmitter side of the receiver unit facing away from the reference line according to step b, whereby g. this emits an acoustic signal in the now aligned position. a. Positioning the line laser under a front or rear end of the vehicle until a perpendicular laser beam of the line laser passes through the front or the rear centre point of the vehicle , b. Positioning the adjusting device under said end of the vehicle until the perpendicular laser beam is on the vertical reference line of the receiving unit , c. Leaving the receiving unit in this central position according to step b, d. Change the position of the line laser under the other end of the vehicle until the perpendicular laser beam runs through the opposite centre point at the other end of the vehicle , for which purpose e. the line laser is shifted in the x and/or y direction and f. is rotated about its central vertical axis until a horizontal laser beam of the line laser hits the transmitter side of the receiver unit facing away from the reference line according to step b, whereby g. this emits an acoustic signal in the now aligned position.
An air vent for a motor vehicle, comprising a housing which defines an air guiding channel and a plurality of lamellae which are provided at their ends with bearing pins , the lamellae being pivotably attached thereby to the housing , wherein the lamellae are mounted on opposing sides with one respective radial bearing and on just one side with one respective axial bearing, characterized in that the axial bearing comprises a fork which encompasses the bearing pin assigned thereto with radial clearance, wherein the bearing pin is provided with at least one axial bearing surface which is arranged on one side of the fork , wherein the fork preferably comprises an insertion chamfer .
An apparatus for determining a C-arm angulation for heart valve positioning, the apparatus comprising: - an input device ; - a processing device ; and - an output device ; wherein the input device is configured to provide a 2D image of an aortic root of a heart of a patient; wherein the 2D image is a single 2D X-ray image comprising three cusps of the heart in a visible and distinct manner; and to provide an analytical 3D model of the aortic cusp locations; wherein the processing device is configured to indicate 2D positions of the three cusps in the single 2D X-ray image; to compute 3D positions of the three cusps based on the 2D positions and the analytical 3D model; and to compute the C-arm angulation based on the computed 3D positions of the cusps so that the three cusps are aligned in a further 2D image acquired using said C-arm angulation; and wherein the output device is configured to provide the C-arm angulation. - an input device ; - a processing device ; and - an output device ;
A bipolar plate for a battery, the bipolar plate having a surface on which a positive electrode is to be disposed and another surface on which a negative electrode is to be disposed, wherein at least one of the surfaces of the bipolar plate is provided with a plurality of groove sections through which an electrolyte flows and a ridge section located between the groove sections that are adjacent to each other, the groove sections include an introduction groove section and a discharge groove section that are not in communication with each other, characterized in that : the ridge section includes an uneven portion configured to suppress sliding of the positive electrode or the negative electrode in a direction in which the adjacent groove sections are arranged in parallel, the uneven portion includes a rough surface provided on at least a part of a surface of the ridge section , and the rough surface has a surface roughness of 0.1 pm or more and 10 pm or less in terms of arithmetical mean roughness Ra. the ridge section includes an uneven portion configured to suppress sliding of the positive electrode or the negative electrode in a direction in which the adjacent groove sections are arranged in parallel, the uneven portion includes a rough surface provided on at least a part of a surface of the ridge section , and the rough surface has a surface roughness of 0.1 pm or more and 10 pm or less in terms of arithmetical mean roughness Ra.