mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for the production of a cushion product from a single or multilayer continuous paper strip , comprising: a chute-like preforming station for the compression, preferably folding or rolling, of the paper strip in transverse direction (Q); and a deformation station following up the preforming station in the feed direction (F) of the paper strip having two embossing rollers engaging into each other in a deformation area in order to form the paper strip to a cushion product with at least one crumple hollow space extending in longitudinal direction (L), wherein the preforming station has a lifting unit and is positioned upstream in the feed direction (F) of the embossing rollers for lifting a central area of the paper strip , characterized in that the lifting unit comprises a wedge being formed in the feed direction (F) at least in sections sloping upwards. a chute-like preforming station for the compression, preferably folding or rolling, of the paper strip in transverse direction (Q); and a deformation station following up the preforming station in the feed direction (F) of the paper strip having two embossing rollers engaging into each other in a deformation area in order to form the paper strip to a cushion product with at least one crumple hollow space extending in longitudinal direction (L), wherein the preforming station has a lifting unit and is positioned upstream in the feed direction (F) of the embossing rollers for lifting a central area of the paper strip , characterized in that the lifting unit comprises a wedge being formed in the feed direction (F) at least in sections sloping upwards.
Use of a liposome composition comprising (a) at least a whiting or brightening agent, selected from the group consisting of di-phenylmethanes, sclareolide; Tetraselmis Suecica Extract; licorice extract; pomegranate extract; hinokitiol; protocatechuic acid; NAB asafetida (Ferula Foetida) extract; resveratrol oxyresveratrol resveratrol phosphate, resveratrol ferulate; ferulic acid ferulic acid phosphate; viniferol; mixtures of Saxifrage, Grape, mulberry and Scutelleria Root extracts, mixture of cucumber, apple and Scutellaria extracts or mixtures of cucumber, apple and Scutellaria, and green tea extracts; mixtures of butylene glycol/water/Denothera Biennis seed extract; evening primrose extract; fatty acid esters of ascorbic acid, ascorbyl palmitate; Euphrasia Officianalis extract, kinetin; ascorbyl glucoside; grape seed extract; tetrahydrocurcumins, Acmella Oleracea extract, Aloesin, extracts of field dock, aspergillus ferment, molasses, 4-(1-Phenylethyl) 1-,3 benzenediol, and (b) at least one solubilizer selected from the group consisting of Tetratglyceryl Monocaprate (Polyglyceryl-4-Caprate), Triglyceryl Monocaprate (Polyglyceryl-3-Caprate), Polyglyceryl-2 Sesquiisostearate, Decyl-Glucoside Sorbitan Oleate Crosspolymer, Lauryl-Glucoside Sorbitan Oleate Crosspolymer, and optionally (c) at least one physiological cooling agent for the manufacturing of a cosmetic preparation selected from the group consisting of skin whitening or brightening preparations, leave-on hair products and hair coloration products. (a) at least a whiting or brightening agent, selected from the group consisting of di-phenylmethanes, sclareolide; Tetraselmis Suecica Extract; licorice extract; pomegranate extract; hinokitiol; protocatechuic acid; NAB asafetida (Ferula Foetida) extract; resveratrol oxyresveratrol resveratrol phosphate, resveratrol ferulate; ferulic acid ferulic acid phosphate; viniferol; mixtures of Saxifrage, Grape, mulberry and Scutelleria Root extracts, mixture of cucumber, apple and Scutellaria extracts or mixtures of cucumber, apple and Scutellaria, and green tea extracts; mixtures of butylene glycol/water/Denothera Biennis seed extract; evening primrose extract; fatty acid esters of ascorbic acid, ascorbyl palmitate; Euphrasia Officianalis extract, kinetin; ascorbyl glucoside; grape seed extract; tetrahydrocurcumins, Acmella Oleracea extract, Aloesin, extracts of field dock, aspergillus ferment, molasses, 4-(1-Phenylethyl) 1-,3 benzenediol, and (b) at least one solubilizer selected from the group consisting of Tetratglyceryl Monocaprate (Polyglyceryl-4-Caprate), Triglyceryl Monocaprate (Polyglyceryl-3-Caprate), Polyglyceryl-2 Sesquiisostearate, Decyl-Glucoside Sorbitan Oleate Crosspolymer, Lauryl-Glucoside Sorbitan Oleate Crosspolymer, and optionally (c) at least one physiological cooling agent for the manufacturing of a cosmetic preparation selected from the group consisting of skin whitening or brightening preparations, leave-on hair products and hair coloration products.
A method for projecting a color image, the method comprising: for each of a sequence of fields, each of the fields associated with a corresponding color, setting an imaging element to spatially modulate light according to a pattern corresponding to the color and sequentially illuminating the imaging element with light of the corresponding color; wherein illuminating the imaging element with light of the corresponding color comprises directing light of the corresponding color onto a phase modulator that is controlled to provide a phase pattern operative to steer the light of the corresponding color to desired locations on the imaging element; and wherein the phase modulator is refreshed at a frequency that is less than a frequency with which the fields of the series of fields are presented, wherein a distinct area of the phase modulator is associated with each one of the plurality of colors and illuminating the imaging element with light of the corresponding color comprises directing light of the corresponding color to illuminate the area of the phase modulator associated with the corresponding color while the area of the phase modulator associated with the corresponding color is being controlled to provide the phase pattern operative to steer the light of the corresponding color to desired locations on the imaging element. for each of a sequence of fields, each of the fields associated with a corresponding color, setting an imaging element to spatially modulate light according to a pattern corresponding to the color and sequentially illuminating the imaging element with light of the corresponding color; wherein illuminating the imaging element with light of the corresponding color comprises directing light of the corresponding color onto a phase modulator that is controlled to provide a phase pattern operative to steer the light of the corresponding color to desired locations on the imaging element; and wherein the phase modulator is refreshed at a frequency that is less than a frequency with which the fields of the series of fields are presented, wherein a distinct area of the phase modulator is associated with each one of the plurality of colors and illuminating the imaging element with light of the corresponding color comprises directing light of the corresponding color to illuminate the area of the phase modulator associated with the corresponding color while the area of the phase modulator associated with the corresponding color is being controlled to provide the phase pattern operative to steer the light of the corresponding color to desired locations on the imaging element.
A needle for piercing a membrane, said needle having a pointed end provided with a point for piercing the membrane and with an opening for introducing or discharging a liquid into or out of the needle , wherein the pointed end has a rear bevel and two facet bevels , wherein the length (Lf) of the facet bevels is longer than 50 percent of the total length (Lg) of the pointed end , and wherein the point of the pointed end is located in a region lying on the vertical running down from the longitudinal axis of the needle tube and has a length (Lv)corresponding to 30 percent of the inner diameter of the needle tube , characterized in that , - the outer diameter of the needle tube is 60 to 70 percent of the length (Lg) of the pointed end , and that - the outer edges of the facet bevels are sharp-edged, while the inner edges are burr-free. - the outer diameter of the needle tube is 60 to 70 percent of the length (Lg) of the pointed end , and that - the outer edges of the facet bevels are sharp-edged, while the inner edges are burr-free.
A computer implemented method of visualizing sand inflow into a wellbore, the method comprising: obtaining a sample data set, wherein the sample data set is a sample of an acoustic signal originating within a wellbore comprising a fluid, and wherein the sample data set is representative of the acoustic signal across a frequency spectrum. determining a plurality of frequency domain features of the sample data set; determining a presence of sand ingress at one or more locations within the wellbore based on determining that the plurality of frequency domain features match a sand ingress signature; generating a sand log comprising an indication of the sand ingress at the one or more locations within the wellbore ; and displaying the sand log. obtaining a sample data set, wherein the sample data set is a sample of an acoustic signal originating within a wellbore comprising a fluid, and wherein the sample data set is representative of the acoustic signal across a frequency spectrum. determining a plurality of frequency domain features of the sample data set; determining a presence of sand ingress at one or more locations within the wellbore based on determining that the plurality of frequency domain features match a sand ingress signature; generating a sand log comprising an indication of the sand ingress at the one or more locations within the wellbore ; and displaying the sand log.
A surgical instrument comprising: a surgical effector with N degrees of freedom, the surgical effector for manipulation of objects at a surgical site; N+1 input controllers configured to control the surgical effector ; a reciprocal structure comprising at least one armature rotatable about a rotation shaft and a pair of differentials coupled to the at least one armature , the differentials configured to rotate with the at least one armature about the rotation shaft; a plurality of cables configured such that actuation of the input controller manipulates the cables , the cables further configured such that: at least one cable couples at least one input controller to the surgical effector such that manipulation of the cable with the input controllers moves the surgical effector ; and at least one cable couples the reciprocal structure to at least one of the input controllers such that manipulation of the cable with the input controller moves the reciprocal structure . a surgical effector with N degrees of freedom, the surgical effector for manipulation of objects at a surgical site; N+1 input controllers configured to control the surgical effector ; a reciprocal structure comprising at least one armature rotatable about a rotation shaft and a pair of differentials coupled to the at least one armature , the differentials configured to rotate with the at least one armature about the rotation shaft; a plurality of cables configured such that actuation of the input controller manipulates the cables , the cables further configured such that: at least one cable couples at least one input controller to the surgical effector such that manipulation of the cable with the input controllers moves the surgical effector ; and at least one cable couples the reciprocal structure to at least one of the input controllers such that manipulation of the cable with the input controller moves the reciprocal structure . at least one cable couples at least one input controller to the surgical effector such that manipulation of the cable with the input controllers moves the surgical effector ; and at least one cable couples the reciprocal structure to at least one of the input controllers such that manipulation of the cable with the input controller moves the reciprocal structure .
Soil cultivation implement having a large working width, having a supporting frame and a pulling device for connecting the soil working implement to a towing vehicle, the supporting frame having, on the one hand, a chassis with an axle in the rear region and, on the other hand, carrying, via a transverse frame , a plurality of working fields which, in the working position, are arranged behind the chassis , at least the outer working fields being raised in the transport position and being arranged swivelled forwards, the transverse frame being assigned a supporting device having at least one supporting wheel which, in the working position, can be lowered on the headland during the sweeping travel and is thus designed to support part of the weight of the working fields . characterized in that the transverse frame has a central part with side parts , the central part being assigned the supporting device with at least one supporting wheel , the side parts together with the external working fields are each pivotable about an inclined axis of the transverse frame and the inclined axes are arranged in plan view to form a V which is closed to the rear when viewed in the working direction and are inclined to the front when viewed from the side in the working direction .
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam , which apparatus comprises a determination device that is adapted to determine at least one parameter relating to the energy beam , wherein the determination device comprises at least one determination unit adapted to determine at least one first parameter of a reflected part of the energy beam , which is reflected at a build plane , wherein the determination device is adapted to determine a difference between a reference parameter and the at least one first parameter of the reflected part , characterized in that the determination device is adapted to determine a second parameter of at least one initial part of the energy beam , which initial part is coupled into an optical system of the apparatus before it is incident on the build plane .
An endoscope system that generates magnetic fields by selectively switching and driving a plurality of magnetic field generation elements , and detects an insertion state including at least one of a position or a shape of an insertion part of an endoscope based on measurement results of the magnetic fields by magnetic field detection elements provided in the insertion part of the endoscope , the system comprising: a magnetic field generation control unit that performs a control of varying driving order of the magnetic field generation elements within a predetermined measurement unit time between a plurality of the measurement unit times.
A method performed by a Mobility Management Entity, MME, device for maintaining User Plane, UP, session status information of a user equipment, UE, in an edge cloud, thereby ensuring continuity of execution for at least one function performed by at least one network device outside the edge cloud when a handover of the UE has occurred, the UE having been served by a source base station before the handover, and being served by a target base station after the handover, the source base station and the target base station being located at an edge site, the method being characterized by : upon determining (S1810) that a handover of the UE has occurred, adding (S1820) a status-information-acquisition, SIA, mechanism to a handover signaling chain, the SIA mechanism providing UP session status information of the UE to an UP target gateway, an UP source gateway intermediating traffic between the source base station and the at least one network device before the handover, and the UP target gateway intermediating traffic between the target base station and the at least one network device after the handover, the UP source gateway being different from the UP target gateway, wherein the UP session status information of the UE is used by the UP source gateway and the UP target gateway to determine UE-related data to be reported to the at least one network device for the execution of the at least one function, before and after the handover, respectively, and wherein the SIA mechanism either includes the MME device retrieving the UP session status information of the UE, from the UP source gateway, and then providing the UP session status information of the UE to the UP target gateway, or the MME device requiring the UP source gateway to provide the UP session status information of the UE to the UP target gateway. upon determining (S1810) that a handover of the UE has occurred, adding (S1820) a status-information-acquisition, SIA, mechanism to a handover signaling chain, the SIA mechanism providing UP session status information of the UE to an UP target gateway, an UP source gateway intermediating traffic between the source base station and the at least one network device before the handover, and the UP target gateway intermediating traffic between the target base station and the at least one network device after the handover, the UP source gateway being different from the UP target gateway, wherein the UP session status information of the UE is used by the UP source gateway and the UP target gateway to determine UE-related data to be reported to the at least one network device for the execution of the at least one function, before and after the handover, respectively, and wherein the SIA mechanism either includes the MME device retrieving the UP session status information of the UE, from the UP source gateway, and then providing the UP session status information of the UE to the UP target gateway, or the MME device requiring the UP source gateway to provide the UP session status information of the UE to the UP target gateway.
A method for producing an immune cell-deficient transgenic cloned miniature pig having an allelic mutation in interleukin-2 receptor gamma (IL2RG), the method comprising the steps of: treating a TALEN (transcription activator-like effector nuclease) recognition sequence site of chromosome X of a pig (Sus scrofa), which is represented by SEQ ID NO: 1, with TALEN to induce an allelic mutation; and producing mutant embryos by somatic cell nuclear transfer (SCNT) using cells having the induced allelic mutation, wherein the TALEN (transcription activator-like effector nuclease) recognition sequence site is nucleotides 1 to 19 of SEQ ID NO: 1 and nucleotides 32 to 50 of SEQ ID NO: 1. treating a TALEN (transcription activator-like effector nuclease) recognition sequence site of chromosome X of a pig (Sus scrofa), which is represented by SEQ ID NO: 1, with TALEN to induce an allelic mutation; and producing mutant embryos by somatic cell nuclear transfer (SCNT) using cells having the induced allelic mutation, wherein the TALEN (transcription activator-like effector nuclease) recognition sequence site is nucleotides 1 to 19 of SEQ ID NO: 1 and nucleotides 32 to 50 of SEQ ID NO: 1.
A waterproof and water vapor permeable laminate, comprising: a first functional layer comprising a first water vapor permeable membrane; a second functional layer comprising a second water vapor permeable membrane; and a water vapor permeable intermediate textile layer arranged in between the first membrane and the second membrane and attached to the outer and inner functional layers in a water vapor permeable manner; characterized in that the intermediate textile layer is hydrophobic; wherein the laminate, being prepared according to the Water Pick-Up Rate Test Protocol (WPRTP) defined in the description, has a water pick-up rate of not more than 50 g/m 2 according to said Water Pick-Up Rate Test Protocol (WPRTP). a first functional layer comprising a first water vapor permeable membrane; a second functional layer comprising a second water vapor permeable membrane; and a water vapor permeable intermediate textile layer arranged in between the first membrane and the second membrane and attached to the outer and inner functional layers in a water vapor permeable manner; characterized in that the intermediate textile layer is hydrophobic; wherein the laminate, being prepared according to the Water Pick-Up Rate Test Protocol (WPRTP) defined in the description, has a water pick-up rate of not more than 50 g/m 2 according to said Water Pick-Up Rate Test Protocol (WPRTP).
A method of identifying a subject as a candidate for treating a disease with a therapeutic agent, the method comprising: (a) determining by ribosomal profiling a first translational profile for a plurality of genes in a sample from a subject having or suspected of having a disease selected from a cancer, an inflammatory disease, an autoimmune disease, a neurodegenerative disease, a neurodevelopmental disease, and a metabolic disease; (b) determining by ribosomal profiling a second translational profile for a plurality of genes in a control sample, wherein the control sample is from a subject known to respond to the therapeutic agent and wherein the sample has not been contacted with the therapeutic agent; and (c) identifying the subject as a candidate for treating the disease with the therapeutic agent when the first translational profile is comparable to the second translational profile. (a) determining by ribosomal profiling a first translational profile for a plurality of genes in a sample from a subject having or suspected of having a disease selected from a cancer, an inflammatory disease, an autoimmune disease, a neurodegenerative disease, a neurodevelopmental disease, and a metabolic disease; (b) determining by ribosomal profiling a second translational profile for a plurality of genes in a control sample, wherein the control sample is from a subject known to respond to the therapeutic agent and wherein the sample has not been contacted with the therapeutic agent; and (c) identifying the subject as a candidate for treating the disease with the therapeutic agent when the first translational profile is comparable to the second translational profile.
Electrode arrangement comprising a housing with an interior space , which is defined by a circumferential side wall , and with a water inlet opening into the interior space and a water outlet leading from the interior space , an electrode unit arranged in the interior space and having two electrodes , each of which has bearing surfaces and an effective electrode region , and a membrane located between the electrodes , and at least one spring element , which is arranged between the side wall and the electrodes in such a way that the two electrodes are pressed against one another, characterized in that the at least one spring element acts on both sides of the electrodes , and in that the at least one spring element is of circumferential design. a housing with an interior space , which is defined by a circumferential side wall , and with a water inlet opening into the interior space and a water outlet leading from the interior space , an electrode unit arranged in the interior space and having two electrodes , each of which has bearing surfaces and an effective electrode region , and a membrane located between the electrodes , and at least one spring element , which is arranged between the side wall and the electrodes in such a way that the two electrodes are pressed against one another, characterized in that the at least one spring element acts on both sides of the electrodes , and in that the at least one spring element is of circumferential design.