mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum chamber for performing a plasma treatment comprising a plasma treatment area which is enclosed by chamber walls, and a plasma source comprising: a cathode for cathodic vacuum arc evaporation with an arc anode which is connected to the chamber, wherein the cathode is arranged in the chamber on the chamber wall; an electrode arranged in the chamber and spaced from the cathode for controlling a plasma in the vacuum chamber; characterized in that the plasma source further comprises: a shield for shielding particles and metal ions which are emitted from the cathode, wherein the shield is provided in the vacuum chamber in such a way that it can be arranged in front of the cathode ; and the electrode comprises a two-dimensional surface for collecting electrons emitted from the cathode , and the two-dimensional surface has a first orthogonal extension and a second orthogonal extension to a surface normal, wherein the first orthogonal extension is perpendicular to the second orthogonal extension, wherein a length ratio of the first orthogonal extension to the second orthogonal extension is between 0.4 and 1. a cathode for cathodic vacuum arc evaporation with an arc anode which is connected to the chamber, wherein the cathode is arranged in the chamber on the chamber wall; an electrode arranged in the chamber and spaced from the cathode for controlling a plasma in the vacuum chamber; characterized in that the plasma source further comprises: a shield for shielding particles and metal ions which are emitted from the cathode, wherein the shield is provided in the vacuum chamber in such a way that it can be arranged in front of the cathode ; and the electrode comprises a two-dimensional surface for collecting electrons emitted from the cathode , and the two-dimensional surface has a first orthogonal extension and a second orthogonal extension to a surface normal, wherein the first orthogonal extension is perpendicular to the second orthogonal extension, wherein a length ratio of the first orthogonal extension to the second orthogonal extension is between 0.4 and 1. a shield for shielding particles and metal ions which are emitted from the cathode, wherein the shield is provided in the vacuum chamber in such a way that it can be arranged in front of the cathode ; and the electrode comprises a two-dimensional surface for collecting electrons emitted from the cathode , and the two-dimensional surface has a first orthogonal extension and a second orthogonal extension to a surface normal, wherein the first orthogonal extension is perpendicular to the second orthogonal extension, wherein a length ratio of the first orthogonal extension to the second orthogonal extension is between 0.4 and 1.
A tire comprising a tread portion , wherein the tread portion is divided, by a first main groove continuously extending in a tire circumferential direction, into a first land portion located on one side in a tire axial direction relative to the first main groove and a second land portion located on another side in the tire axial direction relative to the first main groove , a first lateral groove extending in the tire axial direction from the first main groove and having a terminating end in the first land portion is formed in the first land portion , a first lateral sipe extending in the tire axial direction from the first main groove is formed in the second land portion , and a first imaginary extension groove obtained by extending the first lateral groove into the first main groove overlaps with a first imaginary extension sipe obtained by extending the first lateral sipe into the first main groove , wherein the first main groove is a shoulder main groove that is located farthest from a tire equator (C), and the first land portion is a shoulder land portion that is delimited between the shoulder main groove and a tread groundcontact edge (TE), characterized in that a chamfered portion is formed at an end edge part of the first lateral groove by tilting a side wall of the first land portion relative to a tread surface of the first land portion . the tread portion is divided, by a first main groove continuously extending in a tire circumferential direction, into a first land portion located on one side in a tire axial direction relative to the first main groove and a second land portion located on another side in the tire axial direction relative to the first main groove , a first lateral groove extending in the tire axial direction from the first main groove and having a terminating end in the first land portion is formed in the first land portion , a first lateral sipe extending in the tire axial direction from the first main groove is formed in the second land portion , and a first imaginary extension groove obtained by extending the first lateral groove into the first main groove overlaps with a first imaginary extension sipe obtained by extending the first lateral sipe into the first main groove , wherein the first main groove is a shoulder main groove that is located farthest from a tire equator (C), and the first land portion is a shoulder land portion that is delimited between the shoulder main groove and a tread groundcontact edge (TE), characterized in that a chamfered portion is formed at an end edge part of the first lateral groove by tilting a side wall of the first land portion relative to a tread surface of the first land portion .
A topcoat paint composition having an acrylic resin (A) and a melamine resin (B) as the main resins, which can be wet-on-wet applied onto a colored basecoat, and is characterized in that the acrylic resin (A), relative to 100 parts by mass of said acrylic resin (A), contains 30-40 parts by mass of 2-hydroxyethyl methacrylate, 10-30 parts by mass of styrene and 25 parts by mass or more of 2-ethylhexyl acrylate, does not contain, relative to 100 parts by mass of said acrylic resin (A), more than 5 parts by mass of other monomer units comprising caprolactone compound(s) and/or hydroxy group-containing (meth)-acrylates constituted of 7 or more carbons, and the acrylic resin (A) has a mass average molecular mass of 5,000-12,000, and a glass transition temperature of -25 to -5°C, the content of acrylic resin (A), relative to 100 parts by mass of total resin solids of the topcoat paint composition, is 45 or more parts by mass, said melamine resin (B) does not contain complete alkyl ether type melamine resin, and the content of melamine resin (B), relative to the acrylic resin (A), as resin solids ratio, is acrylic resin (A)/melamine resin (B) = 50/50 to 80/20.
An image forming apparatus comprising: a second-image adjustment value calculator configured to detect a position at which a first image (G1) is formed on a first face of a recording medium (P) between an instant when the first image (G1) is formed on the first face of the recording medium (P) and an instant when a second image (G2) is formed on a second face of the recording medium (P), and calculate a first adjustment value used to adjust a position at which the second image (G2) is formed on the second face of the recording medium (P), based on the detected position at which the first image (G1) is formed on the first face of the recording medium (P); and a corrective-value calculator configured to adjust the position at which the second image (G2) is formed on the second face of the recording medium, based on the first adjustment value; characterized in that the corrective-value calculator is further configured to detect the adjusted position at which the second image (G2) is formed on the second face of the recording medium (P), and to calculate a corrective value used to modify the first adjustment value, based on the detected position at which the second image (G2) is formed on the second face of the recording medium (P). a second-image adjustment value calculator configured to detect a position at which a first image (G1) is formed on a first face of a recording medium (P) between an instant when the first image (G1) is formed on the first face of the recording medium (P) and an instant when a second image (G2) is formed on a second face of the recording medium (P), and calculate a first adjustment value used to adjust a position at which the second image (G2) is formed on the second face of the recording medium (P), based on the detected position at which the first image (G1) is formed on the first face of the recording medium (P); and a corrective-value calculator configured to adjust the position at which the second image (G2) is formed on the second face of the recording medium, based on the first adjustment value; characterized in that the corrective-value calculator is further configured to detect the adjusted position at which the second image (G2) is formed on the second face of the recording medium (P), and to calculate a corrective value used to modify the first adjustment value, based on the detected position at which the second image (G2) is formed on the second face of the recording medium (P).
An edible formulation, comprising a particulate plant substance coated with a low-molecular hydrophobic substance which has a molecular weight of < 1000 g/mol, which substance contains active ingredients for aiding digestion, wherein the particulate plant substance has a particle size of less than 2 mm and including the coating is particulate, the particulate plant substance is present in the form of senna, espcially in the form of senna leaves, senna extract, pure sennosides, rhubarb roots or rhubarb root extract, and the coated particulate plant substance has a proportion of the low-molecular hydrophobic substance of 1 to 20 wt.%, and wherein the edible formulation is formulated such that the coating of the particulate plant substance is not damaged or dissolved by other ingredients of the formulation.
Heat exchanger unit comprising at least one heat exchanger and at least one synthetic jet flow device having an expelling direction, the expelling direction being a direction in which gas is expelled by the synthetic jet flow device in operation, the at least one heat exchanger being arranged in the expelling direction with respect to the at least one synthetic jet flow device at such a distance that gas being expelled by the at least one synthetic jet flow device flows towards the heat exchanger , characterized in that the heat exchanger comprises at least one heat coil .
A gutter drain for installing in a floor, which has a gutter space delimited by a gutter base and lateral gutter walls , wherein each lateral gutter wall continues, starting from the gutter base , in a lateral grate support and a lateral grate side wall and opens in each case into an exposed web , wherein the gutter base has a transverse slope, in which at least one portion of the gutter base is angled transversely to a gutter longitudinal direction, characterized in that a wall element is arranged between the gutter base and each lateral gutter wall , wherein the wall element extends along a plane and is at an angle to the gutter base and to the adjacent lateral gutter wall , wherein the angle (α) between the gutter base and each wall element is in the range from 110° to 160° and the angle (β) between each wall element and the respectively adjacent lateral gutter wall is in the range from 110° to 160°.
A method performed by a first base station of an access network , the method comprising: exchanging messaging with a first peer device and a network element of a core network to establish a peer-to-peer connection and associated first access network bearer for the first peer device , wherein the first access network bearer is unbound to a core network bearer; receiving a data packet from the first peer device over the first access network bearer, wherein the data packet is addressed to a second peer device ; and forwarding the data packet to a second base station serving the second peer device , wherein the method is characterised in that the data packet is addressed to the second peer device using a layer-2 address and the method comprises: receiving a request from the first peer device to obtain the layer-2 address for the second peer device , wherein the request to obtain the layer-2 address includes a layer-3 address for the second peer device ; and requesting and receiving the layer-2 address from the network element . exchanging messaging with a first peer device and a network element of a core network to establish a peer-to-peer connection and associated first access network bearer for the first peer device , wherein the first access network bearer is unbound to a core network bearer; receiving a data packet from the first peer device over the first access network bearer, wherein the data packet is addressed to a second peer device ; and forwarding the data packet to a second base station serving the second peer device , wherein the method is characterised in that the data packet is addressed to the second peer device using a layer-2 address and the method comprises: receiving a request from the first peer device to obtain the layer-2 address for the second peer device , wherein the request to obtain the layer-2 address includes a layer-3 address for the second peer device ; and requesting and receiving the layer-2 address from the network element . receiving a request from the first peer device to obtain the layer-2 address for the second peer device , wherein the request to obtain the layer-2 address includes a layer-3 address for the second peer device ; and requesting and receiving the layer-2 address from the network element .
A storage device for storing clothing including: - a container ; - an introduction device , for introducing clothes into the container, the introduction device comprising: - a side wall ; - an introduction mouth ; - a receiving housing configured to contain said clothes, the receiving housing being able to take a first position wherein it receives said clothes from the introduction mouth, and a second position, wherein said clothes disposed in the receiving housing are introduced into the container ; - an actuating means configured to pivot the receiving housing about a first axis , so that the receiving housing switches from the first to the second position, the first axis being substantially vertical; and said storage device being characterized in that the introduction mouth is formed in the side wall of the introduction device , and in that it comprises an access device allowing to access the contents of the container. - a container ; - an introduction device , for introducing clothes into the container, the introduction device comprising: - a side wall ; - an introduction mouth ; - a receiving housing configured to contain said clothes, the receiving housing being able to take a first position wherein it receives said clothes from the introduction mouth, and a second position, wherein said clothes disposed in the receiving housing are introduced into the container ; - an actuating means configured to pivot the receiving housing about a first axis , so that the receiving housing switches from the first to the second position, the first axis being substantially vertical; and - a side wall ; - an introduction mouth ; - a receiving housing configured to contain said clothes, the receiving housing being able to take a first position wherein it receives said clothes from the introduction mouth, and a second position, wherein said clothes disposed in the receiving housing are introduced into the container ; - an actuating means configured to pivot the receiving housing about a first axis , so that the receiving housing switches from the first to the second position, the first axis being substantially vertical; and
A foot for a container which is detachable from and attachable to the container and which consists of a vertical elongated foot stem which, in use, will be situated against the container and which has an attachment lock which, in use, will be situated in the container and which can be pushed into a locking corner in the container , wherein said attachment lock is unremovably attached to said vertical elongated foot stem , and a fixed locking tongue of the attachment lock consists of a horizontal shaft at the end of which, on both sides, there are locking claws so that, in use, the locking tongue can be pushed into the locking corner in the container essentially at 90 degrees, i.e. the foot stem is in a horizontal position, after which the foot stem is turned into a vertical position, at which the locking tongue becomes locked into the locking corner, and in the top part of the foot stem there is a supporting bracket , which , in use, will be against a wall of the container .
A method performed by one or more computers, the method comprising: determining, by the one or more computers, spelling data that indicates the spelling of a word and pronunciation data that indicates at least one stress location of the word; providing, by the one or more computers, the spelling data and the pronunciation data as input to a trained recurrent neural network, the trained recurrent neural network being trained to indicate characteristics of word pronunciations based at least on data indicating the spelling of words; receiving, by the one or more computers, output indicating a stress pattern for pronunciation of the word generated by the trained recurrent neural network in response to providing the spelling data and the pronunciation data as input; using, by the one or more computers, the output of the trained recurrent neural network to generate pronunciation data indicating the stress pattern for a pronunciation of the word; and providing, by the one or more computers, the pronunciation data to a text-to-speech system or an automatic speech recognition system. determining, by the one or more computers, spelling data that indicates the spelling of a word and pronunciation data that indicates at least one stress location of the word; providing, by the one or more computers, the spelling data and the pronunciation data as input to a trained recurrent neural network, the trained recurrent neural network being trained to indicate characteristics of word pronunciations based at least on data indicating the spelling of words; receiving, by the one or more computers, output indicating a stress pattern for pronunciation of the word generated by the trained recurrent neural network in response to providing the spelling data and the pronunciation data as input; using, by the one or more computers, the output of the trained recurrent neural network to generate pronunciation data indicating the stress pattern for a pronunciation of the word; and providing, by the one or more computers, the pronunciation data to a text-to-speech system or an automatic speech recognition system.
A first stage and second stage pump combination , comprising: a first stage and a second stage , each stage having an impeller arranged on a rotor (R) of a pump, each impeller having a hub-side (H1, H2) and an eye-side (E1, E2), and each impeller configured to pump a liquid through the pump that applies an axial thrust load caused by a pressure difference in an axial direction from the hub-side to the eye-side of each impeller; wherein the first and second stage pump combination further comprises a first and second stage pump casing , each casing configured to form a casing enclosure to contain components of the first stage and the second stage, including each impeller, and also configured with one or more first and second stage pump casing openings formed therein and passing thru the first and second stage pump casing to leak at least some liquid being pumped to the outside of the casing enclosure to reduce substantially the axial thrust load caused by the pressure difference in the axial direction from the hub-side to the eye-side of each impeller, wherein the one or more first and second stage pump casing openings are configured as elongated pump casing openings extending along a longitudinal axis of the first and second stage pump casing. a first stage and a second stage , each stage having an impeller arranged on a rotor (R) of a pump, each impeller having a hub-side (H1, H2) and an eye-side (E1, E2), and each impeller configured to pump a liquid through the pump that applies an axial thrust load caused by a pressure difference in an axial direction from the hub-side to the eye-side of each impeller; wherein the first and second stage pump combination further comprises a first and second stage pump casing , each casing configured to form a casing enclosure to contain components of the first stage and the second stage, including each impeller, and also configured with one or more first and second stage pump casing openings formed therein and passing thru the first and second stage pump casing to leak at least some liquid being pumped to the outside of the casing enclosure to reduce substantially the axial thrust load caused by the pressure difference in the axial direction from the hub-side to the eye-side of each impeller, wherein the one or more first and second stage pump casing openings are configured as elongated pump casing openings extending along a longitudinal axis of the first and second stage pump casing.
Sequential burner (30, 31; 42, 43) for an axial gas turbine , comprising a burner body , which is designed as an axially extending hot gas channel, and further comprising a fuel injection device , which extends into said burner body perpendicular to the axial direction, the fuel injection device being an injection head comprising a plurality of fingers extending parallel to each other and perpendicular to the axial direction characterized in that : said fuel injection device has an upper end plate and a lower end plate , said fingers extending between said upper end plate and lower end plate ; and said fuel injection device is fixed to said burner body in order to keep it aligned with said burner body , with said upper endplate fixed to an outer wall of said burner body and said lower end plate flush with an inner wall of said burner body , whereby said fuel injection device results in a mechanically stiff component and stiffens said burner body against creep. said fuel injection device has an upper end plate and a lower end plate , said fingers extending between said upper end plate and lower end plate ; and said fuel injection device is fixed to said burner body in order to keep it aligned with said burner body , with said upper endplate fixed to an outer wall of said burner body and said lower end plate flush with an inner wall of said burner body , whereby said fuel injection device results in a mechanically stiff component and stiffens said burner body against creep.