mhurhangee/ep-ind-claims huggingface dataset:
Spindle motor, comprising an electric motor having a rotor which is connected to a threaded spindle, the thread of which is in engagement with a thread of a spindle nut connected to a piston rod, wherein the spindle nut with piston rod is axially guided in a first housing part, wherein for axial guidance a guide part is connected to the spindle nut and the piston rod, wherein the threaded spindle is mounted via bearing in a second housing part connected to the first housing part, wherein the second housing part is arranged axially between the electric motor and the spindle nut, i.e. the first housing part, characterised in that in the second housing part a cooling channel running in circumferential direction is formed, wherein in the second housing part an inlet opening and an outlet opening to the cooling channel is provided, wherein the inlet opening and outlet opening lead from approximately radial direction into the cooling channel, wherein the cooling channel runs in meandering fashion in circumferential direction.
A shell and tube heat exchanger comprising a tube bundle comprising a first and a second end secured at the first end to a tube sheet, an outer shell surrounding said tube bundle comprising at least two shell fluid connections: a shell inlet and a shell outlet, a head member (20, 22) affixed to said shell adjacent said tube sheet having a tube side inlet and a tube side outlet, said tube bundle comprising a longitudinally extending pass baffle (36, 46) comprising a first end and a second end for dividing shell side fluid into two passes between said shell inlet and shell outlet, wherein said baffle forms an enclosure comprising two openings, a first opening adapted to connection with a shell fluid connection and a second opening in the second end of the baffle for passing of the tube bundle, characterised in that said baffle is fixed to said tube sheet at its first end.
A method of producing a printed label, the method comprising: a. providing a label substrate having a first surface and a second surface, wherein the first and second surfaces form opposing surfaces of the label substrate; b. applying a primer comprising a cross-linkable primer resin onto the first surface of a label substrate to form a primer layer; c. electrophotographically printing onto the primer layer an electrostatic ink composition comprising a cross-linkable thermoplastic resin to form a printed layer; d. applying a cross-linking composition comprising a cross-linking agent to the printed layer, wherein the cross-linking agent penetrates into the electrostatic ink composition and the primer layer; and e. activating the cross-linking agent wherein an adhesive is present on the second surface of the label substrate in step a or applied to the second surface of the label substrate at any point in the method after step a. a. providing a label substrate having a first surface and a second surface, wherein the first and second surfaces form opposing surfaces of the label substrate; b. applying a primer comprising a cross-linkable primer resin onto the first surface of a label substrate to form a primer layer; c. electrophotographically printing onto the primer layer an electrostatic ink composition comprising a cross-linkable thermoplastic resin to form a printed layer; d. applying a cross-linking composition comprising a cross-linking agent to the printed layer, wherein the cross-linking agent penetrates into the electrostatic ink composition and the primer layer; and e. activating the cross-linking agent
A pneumatic tire having a tread portion and a belt layer, wherein the tread portion is arranged on the outer side of the belt layer in the tire radial direction, the reinforcing cord in the belt layer is composed of cords made of monofilaments in which 50 lines/5 cm or more of the monofilaments are arranged in the tire width direction in the tire radial cross section of the belt layer, and the maximum load capacity of the tire WL(kg) and the weight of the tire WT(kg) satisfy the following formula 1 0.0145 ≦ WT/WL wherein the maximum load capacity WL refers to a value calculated using the following two formulas based on tire cross-sectional width Wt (mm), the tire cross-sectional height Ht (mm), and the tire outer diameter Dt (mm) in a state where the tire is assembled to a regular rim, has an internal pressure of 250 kPa and is in no load state, V mm 3 = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt WL kg = 0.000011 × V + 100 the reinforcing cord in the belt layer is composed of cords made of monofilaments in which 50 lines/5 cm or more of the monofilaments are arranged in the tire width direction in the tire radial cross section of the belt layer, and the maximum load capacity of the tire WL(kg) and the weight of the tire WT(kg) satisfy the following formula 1 0.0145 ≦ WT/WL wherein the maximum load capacity WL refers to a value calculated using the following two formulas based on tire cross-sectional width Wt (mm), the tire cross-sectional height Ht (mm), and the tire outer diameter Dt (mm) in a state where the tire is assembled to a regular rim, has an internal pressure of 250 kPa and is in no load state, V mm 3 = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt WL kg = 0.000011 × V + 100
A dry shelter that can be mounted on the outer surface of a submarine, being a self-contained system and comprising: a) a watertight compartment; b) an operational chamber arranged inside said watertight compartment, comprising a first access path to/from the outside, to deploy to/recover from the outside an operational means through said first access path to/from the outside when the submarine is submerged; c) a compensation tank for storing water having a volume slightly larger than the volume of said operation chamber, arranged inside said watertight compartment and in fluid communication with the operational chamber; and d) flooding and draining means for flooding said operational chamber with water stored in the compensation tank so that said operational means can be deployed/recovered through said first access path to/from the outside and for draining water from said operational chamber to said compensation tank to allow accommodating said operational means in a dry space. a) a watertight compartment; b) an operational chamber arranged inside said watertight compartment, comprising a first access path to/from the outside, to deploy to/recover from the outside an operational means through said first access path to/from the outside when the submarine is submerged; c) a compensation tank for storing water having a volume slightly larger than the volume of said operation chamber, arranged inside said watertight compartment and in fluid communication with the operational chamber; and d) flooding and draining means for flooding said operational chamber with water stored in the compensation tank so that said operational means can be deployed/recovered through said first access path to/from the outside and for draining water from said operational chamber to said compensation tank to allow accommodating said operational means in a dry space.
System for verifying the identity of an individual by employing biometric data features associated with the individual, which system comprises at least one or more hardware components provided with at least one component specific data feature (hID) associated therewith, a biometric application having at least one application data feature (aID) associated therewith, an enrolment means, and a verifying means, wherein said enrolment means are arranged in deriving a first biometric template data, said first biometric template data being a biometric template being stored and associated with a first set of first biometric data features of said individual, and in receiving a further set of first biometric data features (A1') of said individual, and in deriving a further biometric template data (X1') being stored and associated with said further set of first biometric data (A1'), and wherein said verifying means are arranged in comparing the first biometric template data with the further biometric template data (X1') to check for correspondence, wherein the identity of the individual is verified if correspondence exists, wherein said enrolment means are arranged in irreversible linking (OWF(X1, aID)) at least one of said application data features (aID) with said biometric template data, wherein the system includes an external module being arranged in generating a public-private key pair (P, S) and in generating a signature SIG(hID1..hIDn, aID; S) over at least one of said component specific data features (hID1..hIDn) and the application specific data feature (aID) using said private key and wherein the system further comprises storage means for storing said first biometric template data (OWF(X1, aID), the public key and the signature (SIG(hID1..hIDn, aID; S)) and wherein for verification purposes said system is arranged in obtaining the at least one of said further component specific data features (hID1*..hIDn*) from the actual hardware components and in obtaining the application specific data feature (aID*) and in obtaining the signature (SIG(hID1..hIDn, aID; S)) issued by the external module and verifying the signature using said public key and wherein the verifying means are arranged in checking whether said first biometric template data ((OWF(X1,aID)) corresponds to the result of irreversibly linking ((OWF(X1',aID*)) the obtained application specific data feature (aID*) and the further biometric template data (X1').
Container for storing and/or applying a substance, comprising: - a glass body, which has a substantially hollow cylindrical shape and encloses a cavity, and which has a distal end (14 1) with a first opening (15 1) and a proximal end (14 2) with a second opening (15 2), and - one or more attachment bodies which are mounted on the glass body and which consist of a plastic or comprise same, wherein one of the attachment bodies is arranged at the distal end (14 1), wherein - the plastic is a thermoplastic or thermosetting plastic, and the glass body and the one or more attachment bodies are connected to each other using a connection made available by a joining method, - the attachment body arranged at the distal end (14 1) comprises a through-channel communicating with the first opening (15 1), and - the openings (15 1, 15 2) are enclosed by end faces and by directly adjacent surfaces of the glass body, and the one or more attachment bodies are secured on the glass body via the end faces and via the directly adjacent surfaces, characterized in that the connection is non-releasable, and in that the directly adjacent surfaces are the part of the inner circumferential surface of the glass body that adjoins the end faces. - a glass body, which has a substantially hollow cylindrical shape and encloses a cavity, and which has a distal end (14 1) with a first opening (15 1) and a proximal end (14 2) with a second opening (15 2), and - one or more attachment bodies which are mounted on the glass body and which consist of a plastic or comprise same, wherein one of the attachment bodies is arranged at the distal end (14 1), wherein - the plastic is a thermoplastic or thermosetting plastic, and the glass body and the one or more attachment bodies are connected to each other using a connection made available by a joining method, - the attachment body arranged at the distal end (14 1) comprises a through-channel communicating with the first opening (15 1), and - the openings (15 1, 15 2) are enclosed by end faces and by directly adjacent surfaces of the glass body, and the one or more attachment bodies are secured on the glass body via the end faces and via the directly adjacent surfaces,
Method for charging lithium-ion batteries, in which at least one power supply supplies a load with electrical energy and, for charging a battery (21, 22, 23) divided into several parallel, preferably similar, cells (21, 22, 23) 20), is connected to at least one of its cells (21, 22, 23), wherein the power supply is regularly disconnected from a cell only after a complete charge of the cell, and wherein in the case that before the completion of the complete charging of the cell by the power supply there is insufficient voltage left to continue the charging process, said charging is continued by a connection of the cell to at least one of the other cells (21, 22), characterized in that the individual cells (21, 22, 23) can be independently brought into a state of charge or a discharge state and at a point in time at most exactly one cell is charged and another cell (21, 22) is started to charge only after completion of this charging process, as long as additionally a lower threshold of its stored energy is undershot.
A transdermal solution composition comprising fentanyl, octyl salicylate, and a volatile liquid, in a therapeutically effective amount, for use in controlling pain in an equine in need thereof for an effective period of time by transdermal administration, wherein the fentanyl is administered at a dose of 0.01 to 0.1 mg/kg of weight of the equine.
A self-propelled harvesting machine for cutting down a field crop formed by a plurality of plants, with a propulsion unit, with a plurality of working units (1b-h), with a control system and with a sensor system, wherein the sensor system is configured to periodically emit transmitted pulses of electromagnetic transmitted beams in at least one transmission direction onto the field crop, wherein the transmitted pulse is reflected at the field crop and received by the sensor system as echo pulses, characterized in that the sensor system is arranged such that for at least a portion of the transmitted pulses, different part beams (12, 13) of one and the same transmitted beam are reflected by plants of the field crop which are positioned one behind the other in the respective transmission direction in a time-offset manner, so that the respective resulting echo pulse is composed of corresponding time-offset partial echo pulses (11a, 11b), in that the control system is configured to determine a value for the crop density based on a temporal correlation within the resulting echo pulse, wherein the multiple reflection of the transmitted pulse at the plants which are positioned one behind the other provides a measure of the penetration length (ΔE) of the transmitted beam into the field crop, from which a value for the crop density of the field crop is derived, wherein the beam cross section has a minimum extent, which permits multiple reflection, and in that the control system is configured to control the propulsion unit and/or the working units (11b-h) on the basis of the determined crop density.
An optoelectronic device (10; 40; 50; 60; 70) comprising: a support; at least one first electrically-conductive layer covering the support; display pixel circuits (Pix) comprising first and second opposite surfaces (22, 23) bonded to the first electrically-conductive layer, each display pixel circuit comprising an electronic circuit comprising the first surface and a third surface opposite to the first surface, and at least one optoelectronic circuit (26; 42) bonded to the third surface and comprising at least one light-emitting diode, at least one of the electrodes of the light-emitting diode being connected to the electronic circuit by the third surface, the first surface of each of first display pixel circuits among the display pixel circuits being bonded to the first electrically-conductive layer; characterized by at least one second electrically-conductive layer covering second display pixel circuits among the display pixel circuits and electrically coupled to the electronic circuit of each second display pixel circuit on the side of the second surface. a support; at least one first electrically-conductive layer covering the support; display pixel circuits (Pix) comprising first and second opposite surfaces (22, 23) bonded to the first electrically-conductive layer, each display pixel circuit comprising an electronic circuit comprising the first surface and a third surface opposite to the first surface, and at least one optoelectronic circuit (26; 42) bonded to the third surface and comprising at least one light-emitting diode, at least one of the electrodes of the light-emitting diode being connected to the electronic circuit by the third surface, the first surface of each of first display pixel circuits among the display pixel circuits being bonded to the first electrically-conductive layer; characterized by at least one second electrically-conductive layer covering second display pixel circuits among the display pixel circuits and electrically coupled to the electronic circuit of each second display pixel circuit on the side of the second surface.
A radiation therapy treatment planning method comprising: receiving (210, 410, 510) a plurality of criteria for a radiation therapy treatment, wherein the plurality of criteria includes one or more sets of competing objectives and wherein at least one set of competing objectives is based on a time criteria; determining (220, 420, 520) one or more radiation therapy plans based on a multi-criteria optimization of the plurality of criteria for the radiation therapy treatment; and displaying (230, 430, 530) the one or more radiation therapy plans; characterized in that: the plurality of criteria further includes one or more from a group consisting of a treatment modality criteria, a toxicity criteria, a cost criteria, and a motion management criteria. receiving (210, 410, 510) a plurality of criteria for a radiation therapy treatment, wherein the plurality of criteria includes one or more sets of competing objectives and wherein at least one set of competing objectives is based on a time criteria; determining (220, 420, 520) one or more radiation therapy plans based on a multi-criteria optimization of the plurality of criteria for the radiation therapy treatment; and displaying (230, 430, 530) the one or more radiation therapy plans; characterized in that: the plurality of criteria further includes one or more from a group consisting of a treatment modality criteria, a toxicity criteria, a cost criteria, and a motion management criteria.
A thermal weeder diffuser for a thermal weeder which is capable of producing a jet of hot air along an axis, the thermal weeder diffuser comprising: at least one deflector arranged across the hot air jet axis, so as to deflect hot air radially; and a shield comprising a first opening adapted to allow ingress of air from the weeder to the inside of the shield and a second opening adapted to allow application of said air to an area to be treated; wherein the deflector is carried on the shield such that if the shield is removed from the weeder the deflector is also removed from the weeder, the shield surrounds the deflector, and the deflector has at least one aperture for allowing air from a weeder outlet to pass therethrough to ensure even temperature distribution in central regions shielded by the deflector, characterised in that the shield further comprises at least one exit opening (81,106) defined in a wall of the shield for allowing exit of air from the interior of the shield after application to the area to be treated, wherein the at least one exit opening (81, 106) is provided towards an end of the shield which is furthest from the axis of the air jet. at least one deflector arranged across the hot air jet axis, so as to deflect hot air radially; and a shield comprising a first opening adapted to allow ingress of air from the weeder to the inside of the shield and a second opening adapted to allow application of said air to an area to be treated; wherein the deflector is carried on the shield such that if the shield is removed from the weeder the deflector is also removed from the weeder, the shield surrounds the deflector, and the deflector has at least one aperture for allowing air from a weeder outlet to pass therethrough to ensure even temperature distribution in central regions shielded by the deflector, characterised in that the shield further comprises at least one exit opening (81,106) defined in a wall of the shield for allowing exit of air from the interior of the shield after application to the area to be treated, wherein the at least one exit opening (81, 106) is provided towards an end of the shield which is furthest from the axis of the air jet.
An assembly for rotational equipment, comprising: a stationary structure; a rotating structure rotatable about an axial centerline; and a non-contact seal assembly configured to substantially seal an annular gap between the stationary structure and the rotating structure, the non-contact seal assembly comprising a seal shoe configured to sealingly engage the rotating structure axially along the axial centerline, wherein the non-contact seal assembly further comprises a seal carrier and a spring structure, wherein the seal carrier is mounted to the stationary structure, and wherein the spring structure flexibly connects the seal shoe to the seal carrier, wherein the spring structure comprises a plurality of ligaments arranged in an annular array about the axial centerline, wherein each of the plurality of ligaments extends radially out from the seal shoe to the seal carrier, characterised in that a first of the plurality of ligaments is axially tapered. a stationary structure; a rotating structure rotatable about an axial centerline; and a non-contact seal assembly configured to substantially seal an annular gap between the stationary structure and the rotating structure, the non-contact seal assembly comprising a seal shoe configured to sealingly engage the rotating structure axially along the axial centerline, wherein the non-contact seal assembly further comprises a seal carrier and a spring structure, wherein the seal carrier is mounted to the stationary structure, and wherein the spring structure flexibly connects the seal shoe to the seal carrier, wherein the spring structure comprises a plurality of ligaments arranged in an annular array about the axial centerline, wherein each of the plurality of ligaments extends radially out from the seal shoe to the seal carrier, characterised in that a first of the plurality of ligaments is axially tapered.